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Series S Sanitary Sensors and Thermowells
The Series S family of sensors and thermowells are specifically
designed to meet strict sanitary requirements and provide temperature
measurement confidence in your processes From 18 inch Mini Sensors
to Non-Intrusive designs the Series S offers SIP CIP HTST capable
performance and material traceability to meet the stringent quality
systems of the Pharmaceutical Biotech and Food Processing industries
Allow us to provide a quote Call us at 800-328-3871 or configure your own
quote through our Web Quote system
Herersquos how Go to wwwburnsengineeringcom
1 Search for the model (S01 S40 SWE SNR) using the search box (upper right)
2 Click on configure
3 Select the parameters for your model
4 Add to Quote Cart
5 Submit Cart for Quote
Itrsquos fast easy and wersquoll get back to you within a day
Since 1960 Burns Engineering has been an industry leader in the design and
manufacture of temperature sensors Accuracy reliability and consistency
are hallmarks of the Burns brand At Burns temperature is our language
We understand the subtleties of temperature measurement and how they can
impact your processes and ultimately your success We worry about the details
so you donrsquot have to When you select Burns yoursquore getting more than a sensor
yoursquore getting your own team of Temperature Measurement Experts
Temperature Measurement Expertsreg
Series S Sanitary Sensors and Thermowells
Product Index2
Series S Sanitary Sensors and Thermowells
Series S Overview and Specifications Pages 3 amp 4
Application and Product Selection Guide Pages 5 amp 6
S01- 18rdquo Direct Immersion Pages 7 amp 8The S01 is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches
S03- 14rdquo Direct Immersion Pages 7 amp 8The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S20- Fast Response 14rdquo x 18rdquo Pages 9 amp 10The S20 direct immersion is used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter
S40- Heavy Duty 12rdquo x 14rdquo Pages 9 amp 10The S40 direct immersion is generally used in applications with longer immersion lengths that require the maximum physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter
S55- Sensor with 316rdquo Integral Thermowell Pages 11 amp 12The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package
S60- amp S65- 18rdquo and 14rdquo Spring Loaded Pages 13 amp 14The S60 and S65 series sensors are designed to be used with thermowells They provide a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
SWE- Elbow Thermowells Pages 15 - 18Our sanitary elbows are designed to fit your application and provide minimal flow restriction
SWT- Standard Thermowells Pages 19 amp 20SWT sanitary thermowells are used in applications that require sensor removal during process operation
SNx- Non-Intrusive Pages 21 - 30The SNx family of products include the SNI the SNS with a shorter installation length and the SNR with a removable sensor for ease of calibration or replacement
SPA- amp SPS- Ingoldreg Port Pages 31 amp 32 For use in fermentation vessels or anywhere an Ingoldreg port is present
SFM- Flush Mount Pages 33 amp 34For use in vessels where a probe might interfere with the mixing blades or other rotating equipment
Options Pages 35 amp 36A variety of options are available to enhance your sensor selection including leadwires calibration strain relief tagging cable glands remote mount and documentation(certifications)
Transmitters Page 37 amp 38
Accessories Page 39
Connection Head Descriptions Page 40
Reference Tables- R vs T indegF and degC Pages 41 amp 42
Reference Tables- mV vs T in degF and degC Pages 43 amp 44
Terminology Guide Pages 45 amp 46
Temperature Measurement Expertsreg wwwburnsengineeringcom
Designed For Performance and Reliability3
Series S sensors are designed to meet strict sanitary requirements and provide top performance in a wide
variety of applications
The Burns design team through their participation in the ASME-BPE Standard Committee on BioProcess
Equipment (BPE) and the 3A Sanitary Standard organization understands the important design characteristics
necessary to ensure performance and cleanability for sanitary operation
NET Solutiontrade
The NET Solution design provides an assembly with No Exposed Threads that eliminates the cracks and
crevices where bacteria dirt or other unwanted material can hide Watch for the NET Solution reference
throughout the Series S
Documentation amp Material Traceability
Burns Engineering offers as standard the most common certifications required for sanitary applications For
all Series S sensors and thermowells that contain ldquowettedrdquo surfaces the heat numbers of all ldquowettedrdquo materials
are marked on the extension and a material traceability certificate is included A certificate of surface finish and
electropolish are automatically provided when applicable - no need to specify these certifications
All certificates are supplied in hard copy as standard practice Several electronic formats are also available
upon request
3A 74 Conformance
Detailed attention to the design material and fabrication
criteria set forth in the most current revision of 3A Sanitary
Standard number 74 Look for the 3A logo on approved
products
BPE Standard
The guidelines regarding Metallic Materials (MM) Material Joining
(MJ) Sanitary Design (SD) and other parts of the BPE Standard are
a core consideration within the Series S product design as a Process
Instrument (PI)
Custom documentation packages and NVLAP accredited
calibration can be supplied to meet all of your quality
and validation requirements Contact your local Burns
representative or Burns Customer Service for more
information on custom documentation packages
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Specifications4
Thermocouples
RTDSOperating Temperature Range
-50ordmC to 200ordmCElement Resistance
100 ohms at 0degC nominalTemperature Coefficient of Resistance (alpha)
000385 ΩΩdegC nominalAccuracy
Standard 010 of resistance at 0degCPrecision 005 of resistance at 0degC
Insulation Resistance 100 megohms minimum at 100 VDC at 25degC (Not applicable for grounded thermocouples)
InterchangeabilityFor 100 ohm elements the tolerance values at any temperature for these specifications are given by Tolerance degC = plusmn(013 + 000185 ItI) for accuracy code 05 Tolerance degC = plusmn(026 + 00037 ItI) for accuracy code 10 (ItI = absolute value of temperature in degC)
LeadwirePTFE insulated nickel-plated stranded copper 22 and 24 AWG typical
Sheath Material 316L stainless steel typical
100 TestedFor accuracy at 0degC and insulation resistance
WHITE
RED
RED
WHITE
RED
RED
WHITE
Color Codes ElementLeadwire Configuration
A - Three Wire B - Four Wire
BLACKWHITE
RED
RED GREEN
GREEN
C - Three Wire Dual
METAL GUIDE
2
1
GUIDE MARK
PIN 1 WHITEPIN 2 REDPIN 3 RED3
METAL GUIDE
1 3
2
GUIDE MARK
Quick Disconnect
Plug Receptacle
degC degF
-50 -58 plusmn23degC plusmn41degF plusmn45degC plusmn80degF0 32 plusmn13degC plusmn23degF plusmn26degC plusmn46degF
100 212 plusmn32degC plusmn57degF plusmn64degC plusmn115degF
200 392 plusmn50degC plusmn90degF plusmn100degC plusmn180degF
Temperature Interchangeability010005
The tables listed below are provided to the user for a ready reference of thermocouple designations as compared to the generic and trade names for the most common thermocouple materials The letter ldquoPrdquo in the designation indicates the positive (+) leg of the thermocouple while the letter ldquoNrdquo designates the negative (-) Color coding and other means of conductor identification are also provided Specification reference per ASTME230 E230M
plusmn005 accuracy is not currently available with all models See the Ordering Information Table for each model for applicability
applies to measurement in degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EP No Purple
Constantan EN No Red
Iron JP Yes White
Constantan JN No Red
Chromel KP No Yellow
Alumel KN Yes Red
Copper TP No Blue
Constantan TN No Red
KBrown w
Yellow Tracer
TBrown w Blue
Tracer
EBrown w
Purple Tracer
JBrown w
White Tracer
Thermocouple Grade Wire
reg
regreg
ANSI Thermocouple
TypeTemperature Range Special Limits
T -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
J 0degC to 200degC plusmn11degC
E -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
K 0degC to 200degC plusmn11degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EPX No Purple
Constantan ENX No Red
JPX Yes White
JNX No Red
Chromelreg KPX No Yellow
Alumelreg KNX Yes Red
Copper TPX No Blue
Constantan TNX No Red
KX Yellow
TX Blue
EX Purple
JX BlackIron Constantan
Extension Grade Wire
reg
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
The Series S family of sensors and thermowells are specifically
designed to meet strict sanitary requirements and provide temperature
measurement confidence in your processes From 18 inch Mini Sensors
to Non-Intrusive designs the Series S offers SIP CIP HTST capable
performance and material traceability to meet the stringent quality
systems of the Pharmaceutical Biotech and Food Processing industries
Allow us to provide a quote Call us at 800-328-3871 or configure your own
quote through our Web Quote system
Herersquos how Go to wwwburnsengineeringcom
1 Search for the model (S01 S40 SWE SNR) using the search box (upper right)
2 Click on configure
3 Select the parameters for your model
4 Add to Quote Cart
5 Submit Cart for Quote
Itrsquos fast easy and wersquoll get back to you within a day
Since 1960 Burns Engineering has been an industry leader in the design and
manufacture of temperature sensors Accuracy reliability and consistency
are hallmarks of the Burns brand At Burns temperature is our language
We understand the subtleties of temperature measurement and how they can
impact your processes and ultimately your success We worry about the details
so you donrsquot have to When you select Burns yoursquore getting more than a sensor
yoursquore getting your own team of Temperature Measurement Experts
Temperature Measurement Expertsreg
Series S Sanitary Sensors and Thermowells
Product Index2
Series S Sanitary Sensors and Thermowells
Series S Overview and Specifications Pages 3 amp 4
Application and Product Selection Guide Pages 5 amp 6
S01- 18rdquo Direct Immersion Pages 7 amp 8The S01 is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches
S03- 14rdquo Direct Immersion Pages 7 amp 8The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S20- Fast Response 14rdquo x 18rdquo Pages 9 amp 10The S20 direct immersion is used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter
S40- Heavy Duty 12rdquo x 14rdquo Pages 9 amp 10The S40 direct immersion is generally used in applications with longer immersion lengths that require the maximum physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter
S55- Sensor with 316rdquo Integral Thermowell Pages 11 amp 12The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package
S60- amp S65- 18rdquo and 14rdquo Spring Loaded Pages 13 amp 14The S60 and S65 series sensors are designed to be used with thermowells They provide a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
SWE- Elbow Thermowells Pages 15 - 18Our sanitary elbows are designed to fit your application and provide minimal flow restriction
SWT- Standard Thermowells Pages 19 amp 20SWT sanitary thermowells are used in applications that require sensor removal during process operation
SNx- Non-Intrusive Pages 21 - 30The SNx family of products include the SNI the SNS with a shorter installation length and the SNR with a removable sensor for ease of calibration or replacement
SPA- amp SPS- Ingoldreg Port Pages 31 amp 32 For use in fermentation vessels or anywhere an Ingoldreg port is present
SFM- Flush Mount Pages 33 amp 34For use in vessels where a probe might interfere with the mixing blades or other rotating equipment
Options Pages 35 amp 36A variety of options are available to enhance your sensor selection including leadwires calibration strain relief tagging cable glands remote mount and documentation(certifications)
Transmitters Page 37 amp 38
Accessories Page 39
Connection Head Descriptions Page 40
Reference Tables- R vs T indegF and degC Pages 41 amp 42
Reference Tables- mV vs T in degF and degC Pages 43 amp 44
Terminology Guide Pages 45 amp 46
Temperature Measurement Expertsreg wwwburnsengineeringcom
Designed For Performance and Reliability3
Series S sensors are designed to meet strict sanitary requirements and provide top performance in a wide
variety of applications
The Burns design team through their participation in the ASME-BPE Standard Committee on BioProcess
Equipment (BPE) and the 3A Sanitary Standard organization understands the important design characteristics
necessary to ensure performance and cleanability for sanitary operation
NET Solutiontrade
The NET Solution design provides an assembly with No Exposed Threads that eliminates the cracks and
crevices where bacteria dirt or other unwanted material can hide Watch for the NET Solution reference
throughout the Series S
Documentation amp Material Traceability
Burns Engineering offers as standard the most common certifications required for sanitary applications For
all Series S sensors and thermowells that contain ldquowettedrdquo surfaces the heat numbers of all ldquowettedrdquo materials
are marked on the extension and a material traceability certificate is included A certificate of surface finish and
electropolish are automatically provided when applicable - no need to specify these certifications
All certificates are supplied in hard copy as standard practice Several electronic formats are also available
upon request
3A 74 Conformance
Detailed attention to the design material and fabrication
criteria set forth in the most current revision of 3A Sanitary
Standard number 74 Look for the 3A logo on approved
products
BPE Standard
The guidelines regarding Metallic Materials (MM) Material Joining
(MJ) Sanitary Design (SD) and other parts of the BPE Standard are
a core consideration within the Series S product design as a Process
Instrument (PI)
Custom documentation packages and NVLAP accredited
calibration can be supplied to meet all of your quality
and validation requirements Contact your local Burns
representative or Burns Customer Service for more
information on custom documentation packages
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Specifications4
Thermocouples
RTDSOperating Temperature Range
-50ordmC to 200ordmCElement Resistance
100 ohms at 0degC nominalTemperature Coefficient of Resistance (alpha)
000385 ΩΩdegC nominalAccuracy
Standard 010 of resistance at 0degCPrecision 005 of resistance at 0degC
Insulation Resistance 100 megohms minimum at 100 VDC at 25degC (Not applicable for grounded thermocouples)
InterchangeabilityFor 100 ohm elements the tolerance values at any temperature for these specifications are given by Tolerance degC = plusmn(013 + 000185 ItI) for accuracy code 05 Tolerance degC = plusmn(026 + 00037 ItI) for accuracy code 10 (ItI = absolute value of temperature in degC)
LeadwirePTFE insulated nickel-plated stranded copper 22 and 24 AWG typical
Sheath Material 316L stainless steel typical
100 TestedFor accuracy at 0degC and insulation resistance
WHITE
RED
RED
WHITE
RED
RED
WHITE
Color Codes ElementLeadwire Configuration
A - Three Wire B - Four Wire
BLACKWHITE
RED
RED GREEN
GREEN
C - Three Wire Dual
METAL GUIDE
2
1
GUIDE MARK
PIN 1 WHITEPIN 2 REDPIN 3 RED3
METAL GUIDE
1 3
2
GUIDE MARK
Quick Disconnect
Plug Receptacle
degC degF
-50 -58 plusmn23degC plusmn41degF plusmn45degC plusmn80degF0 32 plusmn13degC plusmn23degF plusmn26degC plusmn46degF
100 212 plusmn32degC plusmn57degF plusmn64degC plusmn115degF
200 392 plusmn50degC plusmn90degF plusmn100degC plusmn180degF
Temperature Interchangeability010005
The tables listed below are provided to the user for a ready reference of thermocouple designations as compared to the generic and trade names for the most common thermocouple materials The letter ldquoPrdquo in the designation indicates the positive (+) leg of the thermocouple while the letter ldquoNrdquo designates the negative (-) Color coding and other means of conductor identification are also provided Specification reference per ASTME230 E230M
plusmn005 accuracy is not currently available with all models See the Ordering Information Table for each model for applicability
applies to measurement in degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EP No Purple
Constantan EN No Red
Iron JP Yes White
Constantan JN No Red
Chromel KP No Yellow
Alumel KN Yes Red
Copper TP No Blue
Constantan TN No Red
KBrown w
Yellow Tracer
TBrown w Blue
Tracer
EBrown w
Purple Tracer
JBrown w
White Tracer
Thermocouple Grade Wire
reg
regreg
ANSI Thermocouple
TypeTemperature Range Special Limits
T -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
J 0degC to 200degC plusmn11degC
E -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
K 0degC to 200degC plusmn11degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EPX No Purple
Constantan ENX No Red
JPX Yes White
JNX No Red
Chromelreg KPX No Yellow
Alumelreg KNX Yes Red
Copper TPX No Blue
Constantan TNX No Red
KX Yellow
TX Blue
EX Purple
JX BlackIron Constantan
Extension Grade Wire
reg
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Product Index2
Series S Sanitary Sensors and Thermowells
Series S Overview and Specifications Pages 3 amp 4
Application and Product Selection Guide Pages 5 amp 6
S01- 18rdquo Direct Immersion Pages 7 amp 8The S01 is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches
S03- 14rdquo Direct Immersion Pages 7 amp 8The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S20- Fast Response 14rdquo x 18rdquo Pages 9 amp 10The S20 direct immersion is used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter
S40- Heavy Duty 12rdquo x 14rdquo Pages 9 amp 10The S40 direct immersion is generally used in applications with longer immersion lengths that require the maximum physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter
S55- Sensor with 316rdquo Integral Thermowell Pages 11 amp 12The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package
S60- amp S65- 18rdquo and 14rdquo Spring Loaded Pages 13 amp 14The S60 and S65 series sensors are designed to be used with thermowells They provide a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
SWE- Elbow Thermowells Pages 15 - 18Our sanitary elbows are designed to fit your application and provide minimal flow restriction
SWT- Standard Thermowells Pages 19 amp 20SWT sanitary thermowells are used in applications that require sensor removal during process operation
SNx- Non-Intrusive Pages 21 - 30The SNx family of products include the SNI the SNS with a shorter installation length and the SNR with a removable sensor for ease of calibration or replacement
SPA- amp SPS- Ingoldreg Port Pages 31 amp 32 For use in fermentation vessels or anywhere an Ingoldreg port is present
SFM- Flush Mount Pages 33 amp 34For use in vessels where a probe might interfere with the mixing blades or other rotating equipment
Options Pages 35 amp 36A variety of options are available to enhance your sensor selection including leadwires calibration strain relief tagging cable glands remote mount and documentation(certifications)
Transmitters Page 37 amp 38
Accessories Page 39
Connection Head Descriptions Page 40
Reference Tables- R vs T indegF and degC Pages 41 amp 42
Reference Tables- mV vs T in degF and degC Pages 43 amp 44
Terminology Guide Pages 45 amp 46
Temperature Measurement Expertsreg wwwburnsengineeringcom
Designed For Performance and Reliability3
Series S sensors are designed to meet strict sanitary requirements and provide top performance in a wide
variety of applications
The Burns design team through their participation in the ASME-BPE Standard Committee on BioProcess
Equipment (BPE) and the 3A Sanitary Standard organization understands the important design characteristics
necessary to ensure performance and cleanability for sanitary operation
NET Solutiontrade
The NET Solution design provides an assembly with No Exposed Threads that eliminates the cracks and
crevices where bacteria dirt or other unwanted material can hide Watch for the NET Solution reference
throughout the Series S
Documentation amp Material Traceability
Burns Engineering offers as standard the most common certifications required for sanitary applications For
all Series S sensors and thermowells that contain ldquowettedrdquo surfaces the heat numbers of all ldquowettedrdquo materials
are marked on the extension and a material traceability certificate is included A certificate of surface finish and
electropolish are automatically provided when applicable - no need to specify these certifications
All certificates are supplied in hard copy as standard practice Several electronic formats are also available
upon request
3A 74 Conformance
Detailed attention to the design material and fabrication
criteria set forth in the most current revision of 3A Sanitary
Standard number 74 Look for the 3A logo on approved
products
BPE Standard
The guidelines regarding Metallic Materials (MM) Material Joining
(MJ) Sanitary Design (SD) and other parts of the BPE Standard are
a core consideration within the Series S product design as a Process
Instrument (PI)
Custom documentation packages and NVLAP accredited
calibration can be supplied to meet all of your quality
and validation requirements Contact your local Burns
representative or Burns Customer Service for more
information on custom documentation packages
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Specifications4
Thermocouples
RTDSOperating Temperature Range
-50ordmC to 200ordmCElement Resistance
100 ohms at 0degC nominalTemperature Coefficient of Resistance (alpha)
000385 ΩΩdegC nominalAccuracy
Standard 010 of resistance at 0degCPrecision 005 of resistance at 0degC
Insulation Resistance 100 megohms minimum at 100 VDC at 25degC (Not applicable for grounded thermocouples)
InterchangeabilityFor 100 ohm elements the tolerance values at any temperature for these specifications are given by Tolerance degC = plusmn(013 + 000185 ItI) for accuracy code 05 Tolerance degC = plusmn(026 + 00037 ItI) for accuracy code 10 (ItI = absolute value of temperature in degC)
LeadwirePTFE insulated nickel-plated stranded copper 22 and 24 AWG typical
Sheath Material 316L stainless steel typical
100 TestedFor accuracy at 0degC and insulation resistance
WHITE
RED
RED
WHITE
RED
RED
WHITE
Color Codes ElementLeadwire Configuration
A - Three Wire B - Four Wire
BLACKWHITE
RED
RED GREEN
GREEN
C - Three Wire Dual
METAL GUIDE
2
1
GUIDE MARK
PIN 1 WHITEPIN 2 REDPIN 3 RED3
METAL GUIDE
1 3
2
GUIDE MARK
Quick Disconnect
Plug Receptacle
degC degF
-50 -58 plusmn23degC plusmn41degF plusmn45degC plusmn80degF0 32 plusmn13degC plusmn23degF plusmn26degC plusmn46degF
100 212 plusmn32degC plusmn57degF plusmn64degC plusmn115degF
200 392 plusmn50degC plusmn90degF plusmn100degC plusmn180degF
Temperature Interchangeability010005
The tables listed below are provided to the user for a ready reference of thermocouple designations as compared to the generic and trade names for the most common thermocouple materials The letter ldquoPrdquo in the designation indicates the positive (+) leg of the thermocouple while the letter ldquoNrdquo designates the negative (-) Color coding and other means of conductor identification are also provided Specification reference per ASTME230 E230M
plusmn005 accuracy is not currently available with all models See the Ordering Information Table for each model for applicability
applies to measurement in degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EP No Purple
Constantan EN No Red
Iron JP Yes White
Constantan JN No Red
Chromel KP No Yellow
Alumel KN Yes Red
Copper TP No Blue
Constantan TN No Red
KBrown w
Yellow Tracer
TBrown w Blue
Tracer
EBrown w
Purple Tracer
JBrown w
White Tracer
Thermocouple Grade Wire
reg
regreg
ANSI Thermocouple
TypeTemperature Range Special Limits
T -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
J 0degC to 200degC plusmn11degC
E -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
K 0degC to 200degC plusmn11degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EPX No Purple
Constantan ENX No Red
JPX Yes White
JNX No Red
Chromelreg KPX No Yellow
Alumelreg KNX Yes Red
Copper TPX No Blue
Constantan TNX No Red
KX Yellow
TX Blue
EX Purple
JX BlackIron Constantan
Extension Grade Wire
reg
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Designed For Performance and Reliability3
Series S sensors are designed to meet strict sanitary requirements and provide top performance in a wide
variety of applications
The Burns design team through their participation in the ASME-BPE Standard Committee on BioProcess
Equipment (BPE) and the 3A Sanitary Standard organization understands the important design characteristics
necessary to ensure performance and cleanability for sanitary operation
NET Solutiontrade
The NET Solution design provides an assembly with No Exposed Threads that eliminates the cracks and
crevices where bacteria dirt or other unwanted material can hide Watch for the NET Solution reference
throughout the Series S
Documentation amp Material Traceability
Burns Engineering offers as standard the most common certifications required for sanitary applications For
all Series S sensors and thermowells that contain ldquowettedrdquo surfaces the heat numbers of all ldquowettedrdquo materials
are marked on the extension and a material traceability certificate is included A certificate of surface finish and
electropolish are automatically provided when applicable - no need to specify these certifications
All certificates are supplied in hard copy as standard practice Several electronic formats are also available
upon request
3A 74 Conformance
Detailed attention to the design material and fabrication
criteria set forth in the most current revision of 3A Sanitary
Standard number 74 Look for the 3A logo on approved
products
BPE Standard
The guidelines regarding Metallic Materials (MM) Material Joining
(MJ) Sanitary Design (SD) and other parts of the BPE Standard are
a core consideration within the Series S product design as a Process
Instrument (PI)
Custom documentation packages and NVLAP accredited
calibration can be supplied to meet all of your quality
and validation requirements Contact your local Burns
representative or Burns Customer Service for more
information on custom documentation packages
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Specifications4
Thermocouples
RTDSOperating Temperature Range
-50ordmC to 200ordmCElement Resistance
100 ohms at 0degC nominalTemperature Coefficient of Resistance (alpha)
000385 ΩΩdegC nominalAccuracy
Standard 010 of resistance at 0degCPrecision 005 of resistance at 0degC
Insulation Resistance 100 megohms minimum at 100 VDC at 25degC (Not applicable for grounded thermocouples)
InterchangeabilityFor 100 ohm elements the tolerance values at any temperature for these specifications are given by Tolerance degC = plusmn(013 + 000185 ItI) for accuracy code 05 Tolerance degC = plusmn(026 + 00037 ItI) for accuracy code 10 (ItI = absolute value of temperature in degC)
LeadwirePTFE insulated nickel-plated stranded copper 22 and 24 AWG typical
Sheath Material 316L stainless steel typical
100 TestedFor accuracy at 0degC and insulation resistance
WHITE
RED
RED
WHITE
RED
RED
WHITE
Color Codes ElementLeadwire Configuration
A - Three Wire B - Four Wire
BLACKWHITE
RED
RED GREEN
GREEN
C - Three Wire Dual
METAL GUIDE
2
1
GUIDE MARK
PIN 1 WHITEPIN 2 REDPIN 3 RED3
METAL GUIDE
1 3
2
GUIDE MARK
Quick Disconnect
Plug Receptacle
degC degF
-50 -58 plusmn23degC plusmn41degF plusmn45degC plusmn80degF0 32 plusmn13degC plusmn23degF plusmn26degC plusmn46degF
100 212 plusmn32degC plusmn57degF plusmn64degC plusmn115degF
200 392 plusmn50degC plusmn90degF plusmn100degC plusmn180degF
Temperature Interchangeability010005
The tables listed below are provided to the user for a ready reference of thermocouple designations as compared to the generic and trade names for the most common thermocouple materials The letter ldquoPrdquo in the designation indicates the positive (+) leg of the thermocouple while the letter ldquoNrdquo designates the negative (-) Color coding and other means of conductor identification are also provided Specification reference per ASTME230 E230M
plusmn005 accuracy is not currently available with all models See the Ordering Information Table for each model for applicability
applies to measurement in degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EP No Purple
Constantan EN No Red
Iron JP Yes White
Constantan JN No Red
Chromel KP No Yellow
Alumel KN Yes Red
Copper TP No Blue
Constantan TN No Red
KBrown w
Yellow Tracer
TBrown w Blue
Tracer
EBrown w
Purple Tracer
JBrown w
White Tracer
Thermocouple Grade Wire
reg
regreg
ANSI Thermocouple
TypeTemperature Range Special Limits
T -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
J 0degC to 200degC plusmn11degC
E -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
K 0degC to 200degC plusmn11degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EPX No Purple
Constantan ENX No Red
JPX Yes White
JNX No Red
Chromelreg KPX No Yellow
Alumelreg KNX Yes Red
Copper TPX No Blue
Constantan TNX No Red
KX Yellow
TX Blue
EX Purple
JX BlackIron Constantan
Extension Grade Wire
reg
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Specifications4
Thermocouples
RTDSOperating Temperature Range
-50ordmC to 200ordmCElement Resistance
100 ohms at 0degC nominalTemperature Coefficient of Resistance (alpha)
000385 ΩΩdegC nominalAccuracy
Standard 010 of resistance at 0degCPrecision 005 of resistance at 0degC
Insulation Resistance 100 megohms minimum at 100 VDC at 25degC (Not applicable for grounded thermocouples)
InterchangeabilityFor 100 ohm elements the tolerance values at any temperature for these specifications are given by Tolerance degC = plusmn(013 + 000185 ItI) for accuracy code 05 Tolerance degC = plusmn(026 + 00037 ItI) for accuracy code 10 (ItI = absolute value of temperature in degC)
LeadwirePTFE insulated nickel-plated stranded copper 22 and 24 AWG typical
Sheath Material 316L stainless steel typical
100 TestedFor accuracy at 0degC and insulation resistance
WHITE
RED
RED
WHITE
RED
RED
WHITE
Color Codes ElementLeadwire Configuration
A - Three Wire B - Four Wire
BLACKWHITE
RED
RED GREEN
GREEN
C - Three Wire Dual
METAL GUIDE
2
1
GUIDE MARK
PIN 1 WHITEPIN 2 REDPIN 3 RED3
METAL GUIDE
1 3
2
GUIDE MARK
Quick Disconnect
Plug Receptacle
degC degF
-50 -58 plusmn23degC plusmn41degF plusmn45degC plusmn80degF0 32 plusmn13degC plusmn23degF plusmn26degC plusmn46degF
100 212 plusmn32degC plusmn57degF plusmn64degC plusmn115degF
200 392 plusmn50degC plusmn90degF plusmn100degC plusmn180degF
Temperature Interchangeability010005
The tables listed below are provided to the user for a ready reference of thermocouple designations as compared to the generic and trade names for the most common thermocouple materials The letter ldquoPrdquo in the designation indicates the positive (+) leg of the thermocouple while the letter ldquoNrdquo designates the negative (-) Color coding and other means of conductor identification are also provided Specification reference per ASTME230 E230M
plusmn005 accuracy is not currently available with all models See the Ordering Information Table for each model for applicability
applies to measurement in degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EP No Purple
Constantan EN No Red
Iron JP Yes White
Constantan JN No Red
Chromel KP No Yellow
Alumel KN Yes Red
Copper TP No Blue
Constantan TN No Red
KBrown w
Yellow Tracer
TBrown w Blue
Tracer
EBrown w
Purple Tracer
JBrown w
White Tracer
Thermocouple Grade Wire
reg
regreg
ANSI Thermocouple
TypeTemperature Range Special Limits
T -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
J 0degC to 200degC plusmn11degC
E -50degC to 125degC plusmn05degC125degC to 200degC plusmn04
K 0degC to 200degC plusmn11degC
ANSI Type
Grade or Generic Trade Names
Single Conductors
MagneticConductor Color Code
Overall Color Code
Chromel EPX No Purple
Constantan ENX No Red
JPX Yes White
JNX No Red
Chromelreg KPX No Yellow
Alumelreg KNX Yes Red
Copper TPX No Blue
Constantan TNX No Red
KX Yellow
TX Blue
EX Purple
JX BlackIron Constantan
Extension Grade Wire
reg
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
5
ProcessSheath Length
Sanitary Sensor
Outlet Size
Line Size
StandardlsquoCrsquo Length
Gasket Clearance
LineImmersion
Clearance
Wall Thickness
When using the Series S models with a standard or short immersion tee it is important to specify the correct process sheath length for the best performance The sheath length must be immersed in the process far enough to eliminate measurement errors due to stem conduction (minimum process sheath length) The sheath length must also maintain clearance between the sheath tip and the inside wall of the process line (maximum process sheath length) Use the tables on page 6 to determine the minimum and maximum recommended process sheath lengths for the tee used in the application Then use the table to choose a model appropriate for the application and its corresponding standard process sheath length for that length range lengths
Application and Product Selection GuideImmersion Sensors in Standard or Short Outlet Tees
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Using the table for Short Outlet Tee the following information is determined
Standard lsquoCrsquo dimension = 138rdquo
Minimum recommended process sheath length = 098rdquo
Maximum recommended process sheath length = 203rdquo
Applicable Models
Series S01 with a standard process sheath length of 110rdquo
Series S55 with a standard process sheath length of 125rdquo
Series S60 with a standard process sheath length of 125rdquo
Application and Product Selection Guide6
Definitions
Clearance = 006 Inches
Wall Thickness = 0065 Inches
Gasket Clearance = 003 Inches
Minimum Line Immersion = 025 Inches
Minimum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance - (Line Size2) + Minimum Line Immersion + Wall Thickness
Maximum Process Sheath Length = Standard lsquoCrsquo Length + Gasket Clearance + (Line Size2) - Clearance - Wall Thickness
Example For a 15rdquo x 15rdquo short outlet tee what Series S models can be used and what standard process sheath lengths are available
050 075 100 150 200 250 300 400 Min Max S01 S03 S20 S40 S55 S60 S65050 radic 100 110 115 110 - - - - - -075 radic 100 097 128 110 - - - -075 radic 113 110 141 - - -
125-
10 radic radic radic 113 098 153 - - -125
-15 radic radic radic radic 138 098 203 - - - -20 radic radic radic radic radic 163 098 253 250 - - -25 radic radic 188 098 303 250 - 300 -30 radic radic radic 213 098 353 250 350 300 -40 radic radic radic 263 098 453 350 300 40040 radic 275 110 465 350 300 400
Process Sheath Length
Recommended StandardStd C
Short Outlet Tee
Outlet SizeLine Size
250250
110110110
125125250250250400400
125125125125250250250400400
250250250400400
radic
ImmersionLength
SWT
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
50 75 10 15 20 25 30 40 Min Max S01 S03 S20 S40 S55 S60 S6550 radic 238 248 253 250 - - -75 radic 250 247 278 250 - - -10 radic 263 248 303 300 - 300 -15 radic 288 248 353 350 300 -20 313 248 403 350 300 40020
radic 363 273 478 40025
radic 388 273 528 400
25
radic 475 310 665
Standard Tee Process Sheath Length
Recommended StandardStd C
Line Size
Outlet Size
S60 and S65 models must be used in conjunction with a SWT thermowell Length stated is the thermowell Immersion length and not the C Compression Length
300300
300
300
-
350
350
350
300
300
400
250250250250400
400
400
400
250250250250400
400
400
400
250250250250400
400
400
400
30304040 -
radicradicradic 438 273 628 350 400 400 400 400300 300
radic 363 248 503 400300 350 300 400 400 400radic
radic 248 453 400300 350 300 400 400 400338radic 338 273 428 350 300 400300 400 400 400
radicradicradicradicradicradicradic
radicradicradic
SWT
ImmersionLength
Immersion Sensors in Standard or Short Outlet Tees
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors7
(20) ProcessSheath Length
Shown with 38rdquo UNF (N3)Sensor to Head Connection
(20)
(15)
Cable Length (120 std) ProcessSheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
Leads (60 std)
Process Connection
Process Connection
S01-18rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Process Sheath Length(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Process Connection
S03-14rdquo Direct Immersion Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NB) Quick Disconnect Full Assembly
Process Connection
rsquoNBrsquo and lsquoNCrsquo cable options are currently available with three wire single element sensors only
The 18rdquo diameter direct immersion (S01) is generally used in process lines less than 1 inch in diameter andor when the process has physical constraints that limit the immersion to less than 35 inches This sensor is available with cable or various thread sizes for connection heads
All dimensions in inches
All dimensions in inches
S01 Application
15 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature
in water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the
full temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
S01 Specifications
The S03 direct immersion is generally used in process lines greater than 1 inch in diameter and for immersion lengths between 35 and 240 inches
S03 Application S03 Specifications
60 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S01 amp S03 Direct Immersion Sensors8
NOTE 1 plusmn005 accuracy is not currently available with the S01 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf NOTE 3 Currently available with three wire single only
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance01- 18 Direct Immersion (NOTE 1) 10 85 +- 005rdquo03- 14 Direct Immersion 35 400 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S01 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0110 11 inches0250 25 inches0300 30 inches0350 35 inches0400 40 inches0500 50 inches0550 55 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head SensorHead Connection
-1C(NOTE 2)
12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 3) No Head Sensor with Quick Disconnect only no cable (NOTE 3)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
SOptions Transmitter
See pages 35 - 39Basic Order Codes
(Leave blank if not required)
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors9
The S20 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 14 inch sheath diameter and the time response of a 18 inch sheath diameter Use S20 in applications with immersions lengths between 35 and 240 inches
S20 Application S20 Specifications
The S40 direct immersion is generally used in applications with longer immersion lengths that require the physical durability associated with a 12 inch sheath diameter and the time response associated with a 14 inch sheath diameter Use S40 in applications with the longest immersion lengths (greater than 120 inches) and in high viscosity processes
S40 Application S40 Specifications
S20-Fast Response 14rdquo x 18ldquo sheath Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (6 std)
(10)
Process Connection
Process Sheath Length
(10)Process Connection
(20)
(15 inches)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
S40-Heavy Duty 12rdquo x 14ldquo sheath Available with cable (120rdquo standard) 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
(20)
(15)
Cable Length (120 std) Process Sheath Length
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(15)
Process Connection
Process Sheath Length
(15)
Process Connection
(225)
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
004
25 seconds
35 seconds
004
Precision (005) ndash 001
Standard (010) ndash 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision (005) ndash 004
Standard (010) ndash 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S20 amp S40 Direct Immersion Sensors10
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance20- Fast Response 30 240 +- 025rdquo40- Heavy Duty 40 480 +- 025rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0300 30 inches0400 40 inches0550 55 inches0750 75 inches0800 80 inches0950 95 inches1025 1025 inches1200 120 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P 12 NPT-9PN 12 NPSM-14S 12 NPT-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM-N3 38 UNF-NA na
Process TypeT Hygienic Ferrule (Tri-clamp style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-NB na-NC na
-19A-19AN-20P-20PN
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET SolutionNo Connection Head No Bushing NET SolutionNo Connection Head Cable Design 120 Nylon Spring StandardNo Head Sensor with Quick Disconnect and Mating 120rdquo cable (NOTE 2) No Head Sensor with Quick Disconnect only no cable (NOTE 2)
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-HeadspdfNOTE 2 Currently available with three wire single only
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
S55 Sensor with Integral Thermowell11
S55-Integral 316ldquo Well Available with 12rdquo NPT and 12rdquo NPSM head connection
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Process Sheath Length(225)Leads (60 std)
Process Connection
Process Connection
Shown with12rdquo NPT (N1)Sensor to Head Connection
(OAL = lsquoUrsquo Length + 2375rdquo)
lsquoUrsquo Length
Assembly InformationThe spring is retained by the hex fitting threaded onto the sensor extension and into the headWhen you pull slightly on the leads you will experience the spring actionTo remove the sensor thread the hex fitting off the sensor
General InformationThis is a spring loaded sensor with an integral thermowell The complete assembly and replacement sensor is ordered based on the lsquoUrsquo length
The S55 is a hybrid between a direct immersion sensor and a complete spring loaded thermowell assembly This configuration offers the convenience of a removable spring loaded sensing element and the functionality of a compact package Use the S55 in applications that require removal of the sensing element while the process is in operation
S55 Application S55 Specifications
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 008
Standard 010
15 seconds-sensor only
60 seconds typical in thermowell
Specifications
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S55 Sensor with Integral Thermowell12
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length Tolerance55- 316rdquo Sensor with Integral Thermowell 125 85 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C
Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches0700 70 inches0825 825 inches
Specify Process Sheath Length in InchesConnection Head (NOTE 1) SensorHead Connection
-1C 12 NPT-1EN 12 NPSM-2A 12 NPT-2E 12 NPT
-2EN 12 NPSM-5A 12 NPT-5E 12 NPT
-5EN 12 NPSM-9P 12 NPT
-9PN 12 NPSM-14S 12 NPT
-14SN 12 NPSM-16AN 38 UNF
-N1 12 NPT-N2 12 NPSM
Process TypeT Hygienic Ferrule (Tri-clamp Style)
Process Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
Wetted Surface Material03 316 Stainless Steel06 316L Stainless Steel
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
-19A-19AN-20P
-20PN
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Cast Iron Black EnamelCast Iron White Epoxy Coated NET SolutionAluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionPolypropylene WhitePolypropylene White NET SolutionStainless Steel Stainless Steel NET SolutionMiniature Aluminum NET Solution
No Connection Head BushingNo Connection Head Bushing NET Solution
Aluminum with LED IndicatorAluminum with LED Indicator NET SolutionPlastic with LED IndicatorPlastic with LED Indicator NET Solution
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors13
S60-Spring Loaded 18rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(225) lsquoCrsquo CompressedSheath Length
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Leads (60 std)
Extension Connection
316L Stainless Steel
S65-Spring Loaded 14rdquo Available with 12rdquo NPT and 12rdquo NPSM head connection
(30) lsquoCrsquo CompressedSheath Length
Extension Connection
316L Stainless Steel
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
(225) lsquoCrsquo CompressedSheath Length
Leads (60 std)
Shown with 12rdquo NPSM (N2)Sensor to Head Connection
Extension Connection
316L Stainless Steel
The S60 spring loaded sensor is designed to be used with the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
S60 Application
S65 Application
S60 Specifications
S65 SpecificationsThe S65 spring loaded sensor is designed to be used with the SWE sanitary elbow thermowell or the SWT standard sanitary thermowell The hygienic ferrule extension connection provides a quick and easy way to remove the sensor for calibration and process verification while eliminating the NPT threads normally used with a thermowell
15 seconds-sensor only
004
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Standard 010
Standard 008
40 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
S60 amp S65 Spring Loaded Sensors14
Sensor Style Min C Sheath Length Max C Sheath Length C Sheath Length Tolerance60- 18 Spring Loaded (NOTE 1) 125 85 +- 0125rdquo (non compressed length)
65- 14 Spring Loaded 20 600 +- 0125rdquo (non compressed length)
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C (not currently available with the S60 model)Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
C Compressed Sheath Length (Note sensor type minimum amp maximum values above)0125 125 inches0250 25 inches0400 40 inches0450 45 inches0550 55 inches0600 60 inches0825 825 inches
Specify Process Immersion Length in InchesConnection head (NOTE 2) SensorHead Connection
Extension ConnectionTypeT Hygienic Ferrule (Tri-clamp style)
Extension Connection Size (Used with tube sizes)05 12 12 3415 1 12 1 1 12 20 2 225 2 12 2 1230 3 340 4 4
-2A 12 NPT-2E 12 NPT-2EN 12 NPSM-5A 12 NPT-5E 12 NPT-5EN 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM
-N1 No Connection Head Bushing 12 NPT-N2 No Connection Head Bushing NET Solution 12 NPSM-N3 No Connection Head No Bushing NET Solution 38 UNF-NA No Connection Head Cable Design 120 Nylon Spring Standard na
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Aluminum GrayAluminum Epoxy CoatedAluminum Epoxy Coated NET SolutionAluminumAluminum Epoxy CoatedAluminum Epoxy Coated NET Solution
Ordering Information
NOTE 1 plusmn005 accuracy is not currently available with the S60 modelNOTE 2 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
15
Sanitary Well Elbow (SWE)1rdquo to 6rdquo Line Size (Straight Body) Well Specifications
Hygienic Ferrule Connection
Slope Typical
For Sanitary Hygienic Ferrule Connections See Below
ElbowSize
ElbowSize
Hygienic Ferrule12rdquo or 1 12rdquo
Optional Hygienic Ferrule Process Connection
12rdquo NPT
Optional Threaded Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitations
The SWE Straight Body design offers a range of sizes from 1 to 6 inches to support a wide range of processes This design can be configured with hygienic ferrule or weld-end process connections and either a threaded or a hygienic ferrule sensor connection The larger sizes are ideal for higher viscosity materials and ensure proper immersion for the most accurate temperature measurement All SWE products include certification of wetted surface materials and surface finish
The Straight Body design SWE can be installed in any orientation providing the line slope is sufficient to ensure gravity drainability
1rdquo to 6rdquo Style Elbow Thermowell
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
16
Sanitary Elbow (SWE)1rdquo to 6rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-100 1 Elbow-150 1 12 Elbow-200 2 Elbow-250 2 12 Elbow-300 3 Elbow-400 4 Elbow-600 6 Elbow
Style
S Straight Available with -100 (1 inch) or larger Elbow Size
Process Connection
A Hygienic Ferrule both inlet and outletB Weld ends both inlet and outletC Hygienic Ferrule inlet connection weld ends outlet connectionD Weld ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore DiameterOD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
354060
5625
22530
3375
Wall ThicknesslsquoX3rsquo Dimension Nominal
0065006500650065006500830109
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
For All Process Connections (A B C D)
bore depth + 15bore depth + 355625rdquo
11851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
Tri-clover Style Inlet Process Connection (A amp C)
12 Elbow
34Elbow
1 Elbow
1 12 Elbow
2 Elbow
2 12 Elbow
3 Elbow
4 Elbow
6 Elbow 575
0935
bore depth + 15bore depth + 355625rdquo
106311851435168519352185275
bore depth - 025bore depth + 05bore depth + 0875bore depth + 10
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
213
0deg OrientationCode ldquoE0rdquo
90deg OrientationCode ldquoE90rdquo
180deg OrientationCode ldquoE180rdquo
270deg OrientationCode ldquoE270rdquo
ConcentricCode ldquoCrdquo
225 225225 238
Sanitary Well Elbow (SWE)frac12rdquo and frac34rdquo Line Size (Reduced Body) Well Specification
For Hygienic Ferrule ProcessConnections See Below
NOTE 1 NOTE 2
ElbowSize
ElbowSize
NOTE Elbow Shown As Eccentric With 0deg Orientation For Other Configurations See Below
12rdquo NPT
Code ldquoE0rdquo
frac12rdquo and frac34rdquo Line Size Elbow Thermowell
InletOutlet Orientation
12rdquo Hygienic Ferrule
Optional Hygienic Ferrule Process Connection
OptionalHygienic Ferrule
Connection12rdquo or 1 12rdquo
Optional Hygienic Ferrule Sensor Connection
NOTE 1 This specific weld area will not fully comply with ASME-BPE due to accessibility limitationsNOTE 2 This length is 125rdquo minimum for all Weld End process connections and nominally 0312rdquo for Hygienic Ferrule process connectionsNOTE 3 For typical installation orientation for each configuration see the SWE Installation Manual at wwwBurnsEngineeringcomSWE-Installationpdf
This SWE Reduced Body design offers a process tube size reduced from a larger body to support installation in frac12rdquo and frac34rdquo line sizes The reduced style of the body provides excellent immersion and ensures component drainability and minimal pressure drop This design can be configured as concentric or eccentric for ease of installation (NOTE 3) All SWE products include certification of wetted surface materials and surface finish
All dimensions in inches
17
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Sanitary Elbow (SWE)frac12rdquo and frac34rdquo Line Size Ordering Information
SWE Sanitary Elbow ThermowellsElbow Size (Tube OD)
-050 12 Elbow-075 34 Elbow
InletOutlet Orientation (See illustrations on page 17)
C ConcentricE0 0deg EccentricE90 90deg EccentricE180 180deg EccentricE270 270deg Eccentric
Process Connection
A Hygienic Ferrule both inlet and outletB Weld Ends both inlet and outletC Hygienic Ferrule inlet connection Weld Ends outlet connectionD Weld Ends inlet connection Hygienic Ferrule outlet connection
Material Type
06 316L Stainless Steel (Per ASME-BPE Chemical Composition)Bore Depth
25 25 inches45 45 inches60 60 inches
Bore Diameter OD ID
A 0375 0260
Sensor Connection
A 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface Finish
M32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
External Surface Finish
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish maxE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolish
lsquoX3rsquo Dimension Nominal
07510
Tolerance
+0005-0003Other Bore Diameters are available Please contact our Application Engineering group for available selections
Basic order code (specify all)
12 Elbow
34Elbow
0935
Weld End Inlet Process Connection (B amp D)
1063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 1438bore depth + 1438
Hygienic Ferrule Inlet Process Connection (A amp C)
12 Elbow
34Elbow
09351063
lsquoX1rsquo Dimension plusmn0063 lsquoX2rsquo Dimension Nominal
bore depth + 047bore depth + 035
18
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SWT Standard Sanitary Thermowell19
(125) Process Immersion Length
lsquoX1rsquo
Process Connection(shown with 12rdquo cap)
Extension Connection (shown with 12rdquo Cap B)
Oslash (05)
OD
ID
lsquoArsquo Bore Depth
lsquoArsquo Bore Depth = Extension Length + Process Immersion - X1lsquoArsquo Bore Depth = lsquoCrsquo Compressed Sheath Length
SWT-Standard Sanitary Thermowell
(125) (125) (125)
Extension Connection 12rdquo Code B
Process Connection 1 12 Code T15Extension Connection 1 12rdquo Code C
Process Connection 1 12 Code T15
Extension Connection 1 12rdquo Code C
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 12 Code T05
Extension Connection 12rdquo NPT Code A
Process Connection 1 12 Code T15
The Process Connection is also available in 2rdquo 2 12rdquo 3rdquo and 4rdquo sizes
(20)
(20)
Extension and Process Connection Types
Oslash 1315rdquo with 1125rdquo Wrench Flats
Oslash 1315rdquo with 1125rdquo Wrench Flats
SWT (Standard Sanitary Thermowells) are used in applications that require sensor removal during process operation The SWT is designed to be used with the S60 and S65 sanitary spring loaded sensors to create a complete sanitary assembly Simply match the thermowell bore depth lsquoArsquo to the sensor compressed sheath length lsquoCrsquo The SWT can also be used with our Series 100 200 and 300 spring loaded sensors by selecting the frac12 inch NPT threaded extension connection code lsquoArsquo
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SWT Standard Sanitary Thermowell20
125
125
250
250
300
300
500
500Specify
Specify
Pro
cess
Im
mer
sion
Len
gth
012rdquo Immersion Length + 188
025rdquo 300
025rdquo Immersion Length + 175
012rdquo 688
025rdquo 675
012rdquo 488
025rdquo 475
012rdquo 438
025rdquo 425
012rdquo 313
12 NPT Threaded Extension Connection (A)lsquoX1rsquo Dimension Nominal Bore Depth Nominal
125
125250
250
300
300
500
500
Specify
Specify 012rdquo Immersion Length + 113
Pro
cess
Im
mer
sion
Len
gth
lsquoX1rsquo Dimension Nominal Bore Depth Nominal
025rdquo 225
025rdquo Immersion Length + 100
012rdquo 613
025rdquo 600
012rdquo 413
025rdquo 400
012rdquo 363
025rdquo 350
012rdquo 238
Hygienic Ferrule Extension Connection (B amp C)
Note The SWT includes certification of wetted surface materials finish and electropolish when applicable
Process Connection (Used with tube sizes)-T05 12 Hygienic Ferrule 12 34-T15 1 12 Hygienic Ferrule 1 1 12 -T20 2 Hygienic Ferrule 2-T25 2 Hygienic Ferrule 2-T30 3 Hygienic Ferrule 3-T40 4 Hygienic Ferrule 4
Material Type03 316 Stainless Steel06 316L Stainless Steel
Process Immersion Length
0250 25 inches0300 30 inches0400 40 inches0450 45 inches0600 60 inches
Specify Process Immersion Length in Inches (12rdquo = 1200)
Bore DiameterOD ID
A 0375 0260B 0375 0305C 0250 0194D 0188 0144E 0455 0385
Extension ConnectionA 12 NPT Threaded ConnectionB 12 Hygienic FerruleC 1 12 Hygienic Ferrule
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
125125
Extension Length20
025rdquo025rdquo025rdquo012rdquo025rdquo
Dimension X1Tolerance+0005-0003rdquo
plusmn0010rdquo
+0005-0003rdquoplusmn0005rdquo
+0004-0000rdquo
F 0188 0135 012rdquo plusmn0005rdquo
Basic Ordering Codes
SWT
SWT Sanitary Thermowell Standard
Ordering Information
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNx Non-Intrusive AssembliesSNI SNS and SNR
21
Sanitary Non-intrusive Application The Sanitary Non-Intrusive (SNx) is an in-line RTD or Thermocouple ideally suited for use in small diameter process lines where direct immersion temperature probes cannot be used but where temperature measurement is required The in-line design eliminates the need for direct probe insertion into the product flow where viscosity and flow rate can affect accuracy and structural integrity
Product Overview
13
SNx family
The SNS provides a shorter 5rdquo installation length and flow tube diameters from frac12rdquo to 4rdquo
The SNI model is available in flow tubediameters as small as frac14rdquo with an overall length of 8rdquo
If you donrsquot see something that meets your needs give us a call and wersquoll customize for your specific application
The SNR incorporates a removable sensor for ease of periodic calibration and installs with a hygienic clamp union It is available in flow tube sizes from 12rdquo to 4rdquo
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Operating RangeAll SNx designs provide a temperature measurement range of -50ordmC to 200ordmC The ambient temperature limit is dependent on external configuration choices such as connection heads cables and use of a local transmitter When the ambient temperature can deviate from the process temperature by more than a 70degC delta the use of insulation over the installed sensor assembly can help maintain measurement accuracy
Response Time The non-intrusive nature of the SNx design can be slower to respond to temperature variations than immersion style sensors Insulating the measurement location will improve accuracy and responsiveness The SNx is designed to ensure sensitivity to the process fluid providing a time response of 12 seconds to 632 of a step change in temperature For more information regarding the time response measurement of non-intrusive surface style devices see the Burns technical paper on measuring response time of surface sensors at httpwwwburnsengineeringcomtech-papers
Installation ConsiderationsTo ensure drainability and measurement accuracy the SNx should be mounted in a vertical section of tubing where the process fluid is flowing upward If the process tubing is always completely full such that the fluid will be in contact with the entire inside diameter of the SNx sensor alternate installation orientations can be effective Note that the SNS due to the short length of the process tubing is marked with the required flow direction to ensure proper performance The design of the SNI and SNR allow flow in either direction
SNx Non-Intrusive AssembliesSNI SNS and SNR
22
Selection Guide
Process Considerations For process systems where space is a constraint the SNS (short) model reduces the flow tube length from 8rdquo to 5rdquo without reducing performance
When accuracy and repeatability are a foremost consideration the SNR provides ultimate flexibility The sensor is designed to be removed for calibration or replacement when necessary Sensor design supports connection head with terminal block local transmitter or extended cable installations
All three SNx designs are available with hygienic connections or weld-ends for connection to the process tubing BPE compliant and designed to meet the SSI 3-A standard these sensors are an excellent solution for the Sanitary process industry and an effective alternative when immersion sensors are not an option
15
Process Connection Weld End
15
Process Connection Cap End
Process Connection Types
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNI Non-IntrusiveSpecification
Shown with 9PN Connection Head(See page 24 for other options)
Process ConnectionShown with Hygienic Ferrule(See sheet 2 for other options) Serial amp Heat Numbers
Sensor LocationOuter Tube Oslash
Process TubeOslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
Internal Surface Finish
SNI Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length
raquo For assemblies with hygienic ferrules the OAL is 80 inches
raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNIpdf
23
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNI Non-IntrusiveOrdering Information
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNI- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
24
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNS Non-Intrusive ShortSpecification
Shown with 9PN Connection Head(See page 26 for other options)
Process ConnectionShown with Hygienic Ferrule
(Weld-Ends Optional)
Serial amp Heat Numbers
Sensor Location
Outer Tube Oslash
Process Tube Oslash lsquoArsquo
Overall Length lsquoOALrsquo plusmn 0063
Direction of flow
Length lsquoDrsquo
Internal Surface Finish
SNS Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 50 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 65 to 725 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNSpdf
25
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNS Non-Intrusive ShortOrdering Information
26
Connection Head (NOTE 1)1EN Cast Iron Epoxy Coated NET Solution2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN1 No Connection Head 12 NPT BushingN2 No Connection Head 12 NPSM BushingN3 No Connection Head with 38-24 UNF ThreadsNA Cable Design 120 Length Nylon Spring Standard See page 40 for other options
Sensor StyleSNS- Sanitary Non-Intrusive
RTD Accuracy
05 Precision RTD +-005 of resistance at 0 degrees C10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Lead Element ConfigurationA Three Wire Single B Four Wire Single C Three Wire Dual
Thermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
for Weld EndsOverall Length
0250 0250 0032 125 1750500 0500 0065 125 175
0750rdquo0570 0065 2 175 1000 1000 0065 3 1751250 1250 0065 3 175
0065 3 1750051002 0 2000 0065 4 175052 0 2500 0065 4 175
3000 3000 0065 6 2004000 4000 0083 6 213
Process Tube Material
-06 316L-20 AL6XN
Internal Finish
A 32 Ra Mechanical FinishB 10 Ra Electropolish
SN tandard Pipe Finish Mechanical Not Available with 3A
External Finish
1 Sand Blasted2 Bright Mechanical (32 Ra Surface Finish)
Process Connection Fitting
elurreF cineigyH CnoitcennoC ssecorP oN sdnE dleWN
Process Connection Size C Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process Connection Material
-06 316L SS-20 AL6XN
Weld Ends Leave Blank
Process Tube Oslash A Wall Thickness Outer Tube OslashProcess Connection
Length D for Weld Ends650650
650650650650650650700725
1500rdquo
Example Part Number SNS-10A9PN1000-06A1C150-06
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive RemovableSpecification
Shown with 9PN Connection Head(See page 28 for other options)
Heat Numbers
Instrument Connection 05rdquoHygienic Union with Clamp
Outer Tube Oslash
Process Tube Oslash
Internal Surface Finish
25
Overall Length lsquoOALrsquo plusmn 0063
Length lsquoDrsquo
SNR Specifications
120 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
Precision 004
Standard 008
bull General Specifications raquo See page 4 of this catalog
bull Removable Sensor raquo Details see pages 29 and 30
bull Process Connections raquo Hygienic ferrules for hygienic clamp union connection
raquo Weld-ends squared off to support automatic weld process
bull Installation Length raquo For assemblies with hygienic ferrules the OAL is 80 inches raquo For assemblies with weld-ends to support automatic welding the OAL range is 85 to 925 inches based on
the process tube size See ordering information table under lsquoProcess Tube Oslashrsquo
All dimensions in inches
Link to Drawing wwwBurnsEngineeringcomSNRpdf
27
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive RemovableOrdering Information
Sensor StyleSNR- Sanitary Non-intrusive Removable
RTD Accuracy10 Standard RTD +-010 of resistance at 0 degrees C
Thermocouple TypeE ChromelConstanian (leadwire colors = +purple -red)
)der- etihw+ = sroloc eriwdael( nainatsnoCnorIJ)der- wolley+ = sroloc eriwdael( lemulAlemorhCK
)der- eulb+ = sroloc seriwdael( nainatsnoCreppoCT
RTD Element Lead ConfigurationA Three Wire Single B Four Wire Single
Thermocouple Junction ConfigurationD Single Ungrounded
for Weld EndsOverall Length
Material
-06 316L-20 AL6XN
Internal Finish
M32 32 Ra Mechanical FinishE10 10 Ra Electropolish
Process Connection Fitting
)elurreF cineigyH( paC yratinaSWeld Ends No Process Connection
C N
Process Connection Size Compatible with tube sizes
0570 005021050150 1 12 1000 1500
00022002250 2 12 2500
0003300300044004
Weld Ends No Process Connection Leave Blank
Process TubeFlow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
Length D for Weld Ends
Connection Head (NOTE 1)2EN Aluminum Epoxy Coated NET Solution5EN Aluminum Epoxy Coated NET Solution9PN Polypropylene White NET Solution14SN Stainless Steel NET Solution16AN Mini Aluminum Epoxy Coated NET Solution19AN Aluminum with LED indicator NET Solution20PN Plastic with LED indicator NET Solution21SN Stainless Steel with LED indicator NET Solution22AN Aluminum with LCD indicator NET Solution23PN Plastic with LCD indicator NET Solution24SN Stainless Steel with LCD indicator NET SolutionN2 No Connection Head 12 NPSM BushingNA Cable design 120 Length Nylon Spring Standard See page 40 for other options
Example Part Number SNR-10A20PN2000-06E10C200
0500 0500 0065 125 15 22535-1 22536-1 22537-1 175 850rdquo0750 0750 0065 2 15 22535-1 22536-1 22537-1 175 850rdquo1000 1000 0065 3 2188 22535-2 22536-2 22537-2 175 850rdquo1500 1500 0065 3 15 22535-1 22536-1 22537-1 175 850rdquo2000 2000 0065 4 2188 22535-2 22536-2 22537-2 175 850rdquo2500 2500 0065 4 15 22535-1 22536-1 22537-1 175 850rdquo3000 3000 0065 6 2188 22535-2 22536-2 22537-2 200 900rdquo4000 4000 0083 6 2188 22535-2 22536-2 22537-2 213 925rdquo
Outer Tube OslashWall Thickness
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
28
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Installation
The SNR sensor is uniquely designed to reduce stem conduction and ensure maximum thermal contact with the process and is removable for periodic calibration Available with extended cable or wires for connection head wiring the SNR sensor will provide confident non-intrusive temperature measurements
SNR Non-Intrusive Removable ReplacementSensor Installation
Sensor installation with connection head Sensor installation with cable option
Removable Sensor
Housing
Process TubeOuter Tube Oslash
Flow Tube Diameter
Bore Depth
RTD wCable
RTD wHead Thermocouple
0500 0500 125 15 22535-1 22536-1 22537-1 0750 0750 2 15 22535-1 22536-1 22537-1 1000 1000 3 2188 22535-2 22536-2 22537-2 1500 1500 3 15 22535-1 22536-1 22537-1 2000 2000 4 2188 22535-2 22536-2 22537-2 2500 2500 4 15 22535-1 22536-1 22537-1 3000 3000 6 2188 22535-2 22536-2 22537-2 4000 4000 6 2188 22535-2 22536-2 22537-2
FOUR WIRESINGLE
THREE WIRESINGLE
ElementLead Wire Configuration
THERMOCOUPLE
Wire Guage Size
Cable Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 26 AWG
Wire Designs (RTD)3 Conductor Cable 22 AWG
4 Conductor Cable 24 AWG
Thermocouple Designs2 Wire Single Thermocouple 20AWG
29
Replacement Sensor Part Number
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SNR Non-Intrusive Removable Replacement Sensor
Ordering Information
NOTE 1 To determine the correct Bore Depth code see the sensor illustration and the table on page 29 relating process tube size bore depth and replacement sensor part number NOTE 2 For 3 wire designs ndash Order the actual installed length To maintain stated RTD accuracy 3 wire Single designs with LYgt324rdquo and 3 wire dual designs with LYgt 120rdquo cannot be shortened NOTE 3 For replacement thermocouple sensor in an assembly with a connection head choose 6rdquo leads ndash code lsquo006rsquo
Replacement RTD for Assemblies with Cable22535-
Bore Depth1 15 Inches
(NOTE 1)
(NOTE 2)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLYrdquo Cable Length in Inches120 120 inches240 240 inches Specify Length (060 = 60 Inches)
Replacement RTD for Assemblies with Connection Head22536-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationA 3 WireB 4 Wire
ldquoLrdquo PFA Sheath Length in Inches006 6 inches (NOTE 3)012 12 inches024 24 inches
22536-1B012
Replacement Thermocouple for Assemblies with Connection Heads or Cable22537-
Bore Depth1 15 Inches
(NOTE 1)
2 2188 Inches
Element ConfigurationE Type lsquoErsquoJ Type lsquoJrsquoK Type lsquoKrsquoT Type lsquoTrsquo
ldquoLYrdquo Cable Length in Inches006 6 inches120 120 inches Specify Length in Inches
22537-1J006
30
Link to Drawing wwwBurnsEngineeringcom22535
Link to Drawing wwwBurnsEngineeringcom22537
To identify the proper replacement sensor measure the sensor
length to determine bore depth code in ordering tables
Link to Drawing wwwBurnsEngineeringcom22536
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Specifications
31
Note The SPA amp SPS include certification of wetted surface materials finish and electropolish when applicable
Process Sheath Length
Process Sheath Length
lsquoErsquo Fitting Length
lsquoGrsquo O-Ring Location
lsquoGrsquo O-Ring Location
lsquoErsquo Fitting Length
O-ring
Cap Nut(225)
Leads (6 inches std)
(20)
(15)
Cable Length (120 std)
Shown with Cable Design (NA)Nylon Spring Strain Relief Standard
SPA-Ingoldreg Port with 15deg angle fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
SPS-Ingoldreg Port with straight fitting 14rdquo Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
Shown with 12rdquo NPT (N1)Sensor to Head Connection
Finish Exception On Angle Only Polish Weld Bead
Cap Nut Dimensions
C (20)
B
A
(015)Optional SD40 Heavy Duty Sheath
Oslash (05)Oslash (025)
The Ingoldreg port fitting offers a clean and safe instrumentation mounting configuration while maintaining the ease-of-use of a removable sensor The Burns design has the flexibility for specifying the O-ring location to minimize the ldquodeadrdquo space allowing for the cleanest possible installation The Ingoldreg solution is ideal for sanitary vessels and fermentation applications
SPA amp SPS Application SPA amp SPS Specifications
35 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
All dimensions in inches
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SPA amp SPS Direct Immersion Ingoldreg Port Sensor
Ordering Information
32
Sensor Style Min Process Sheath Length Max Process Sheath Length Sheath Length TolerancePA- Ingoldreg Port with 15deg Angle Fitting 14rdquo Sheath 15 360 +- 0125rdquoPS- Ingoldreg Port with Straight Fitting 14rdquo Sheath 15 360 +- 0125rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees CThermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction ConfigurationD Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
Process Sheath Length (Note sensor type minimum amp maximum values above)
0250 250 inches0400 400 inches0825 825 inches1200 1200 inches
Specify Process Sheath Length in Inches
Connection Head SensorHead Connection-1C Cast Iron Black Element 12 NPT
-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum Gray 12 NPT-2E Aluminum Epoxy Coated 12 NPT
-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT
-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT
-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT
-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na-NB No Connection Cable Design 120 Quick Disconnect Full Assembly (NOTE 1) na-NC No Connection Cable Design Quick Disconnect Replacement Sensor (NOTE 1) na
E Fitting Length30 30mm (118)40 40mm (157)48 48mm (189)50 50mm (197)52 52mm (2047)55 55mm (217)60 60mm (236)
Specify E in millimetersG O-Ring Location
079 0079 inches188 0188 inches
Specify in decimal inches (250 = 025 375 = 0375)O-Ring (NOTE 1)
1 EPDM O-Ring FDA Compliant 250degF2 Vitonreg O-Ring FDA Compliant 400degF3 Silicone Rubber O-Ring FDA Compliant 400degF4 Buna N O-Ring FDA Compliant 275degFN None No O-Ring required na
Cap Nut A B C
3 Burns Standard 055 070 1358N None na na na
Wetted Surface FinishM32 32 Ra mechanical finish maxM25 25 Ra mechanical finish maxM20 20 Ra mechanical finish maxM15 15 Ra mechanical finish maxE32 32 Ra mechanical finish max with electropolishE25 25 Ra mechanical finish max with electropolishE20 20 Ra mechanical finish max with electropolishE15 15 Ra mechanical finish max with electropolishE10 10 Ra mechanical finish max with electropolish
Maximum Temperature Limit
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator
-20PN Plastic with LED Indicator NET Solution
12 NPT12 NPSM12 NPT
12 NPSM
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
NOTE 1 All O-Rings are FDA Compliant per 21 CFR 1772600
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
SFM Sanitary Flush Mount33
lsquoXrsquo Length
19901999
Oslash(25) 316 Stainless Steel
Shown with 38rdquo UNF (N3)Sensor to Head Connection
Oslash
(10)
7ordm 30rsquo8ordm 30rsquo
(20)Leads (60 std)
SFM-Flush Mount Available with cable 12rdquo NPT 38rdquo UNF and 12rdquo NPSM head connection
WettedSurfaceFinish
(153)
25652545Oslash
(075)
7ordm 30rsquo8ordm 30rsquo
2 58-16 UN 2B
Adaptor Backing Nut Gasket
0063
25102500Oslash
20102000
Oslash
(1125)
Oslash (0625)
2 58-16 UN 2A
The SFM is designed for tanks that have a mixer blade or other obstruction that prevents the use of a standard immersion sensor A backing nut and adaptor allow easy installation and removal
SFM Application SFM Specifications
150 seconds
004
Precision 001
Standard 010
Time Constant
Maximum time to reach 632 of a step change in temperature in
water flowing at 3 fps
RTD Repeatability
Maximum change in resistance at 0degC after 10 cycles over the full
temperature range
RTD Long Term Stability
Maximum change in resistance at 0degC after 1000 hours at 200degC
RTD Hysteresis
Maximum error at the mid point of the operating temperature
range (Example 004 over a 250degC range = 010degC)
See page 4 for General and Thermocouple Specifications
Precision 004
Standard 008
Specifications
All dimensions in inches
All dimensions in inches
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
SFM Sanitary Flush Mount34
Sensor StyleFM- Flush Mount 2 12rdquo
RTD (Accuracy)10 Standard RTD +- 010 of resistance at 0 degrees C05 Precision RTD +- 005 of resistance at 0 degrees C Thermocouple (Type)E ChromelConstantan (leadwire code = purple+ red-)J IronConstantan (leadwire code = white+ red-)K ChromelAlumel (leadwire code = yellow+ red-)T CopperConstantan (leadwire code = blue+ red-)
RTD Element Lead ConfigurationA Three Wire Single B Four Wire SingleC Three Wire DualThermocouple Junction Configuration
D Single UngroundedE Single GroundedF Dual UngroundedG Dual Grounded
lsquoXrsquo Length 0218 0218 inches0399 0399 inches0486 0486 inches
Specify lsquoXrsquo Length in Inches
Connection Head (NOTE 1) SensorHead Connection-1C Cast Iron Black Enamel 12 NPT-1EN Cast Iron White Epoxy Coated NET Solution 12 NPSM-2A Aluminum 12 NPT-2E Aluminum Epoxy Coated 12 NPT-2EN Aluminum Epoxy Coated NET Solution 12 NPSM-5A Aluminum 12 NPT-5E Aluminum Epoxy Coated 12 NPT-5EN Aluminum Epoxy Coated NET Solution 12 NPSM-9P Polypropylene White 12 NPT-9PN Polypropylene White NET Solution 12 NPSM-14S Stainless Steel 12 NPT-14SN Stainless Steel NET Solution 12 NPSM-16AN Miniature Aluminum NET Solution 38 UNF
-N1 No Connection Bushing 12 NPT-N2 No Connection Bushing NET Solution 12 NPSM-N3 No Connection No Bushing NET Solution 38 UNF-NA No Connection Cable Design 120 Nylon Spring Standard na
Wetted Surface Finish
Adaptor (all adaptor surfaces are non-wetted)12N
304 Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2B316L Stainless Steel 2 12rdquo schedule 40 pipe 2 58-16 UN 2Bnone
Backing Nut (all nut surfaces are non-wetted)1N
Backing Nut 303 Stainless Steel 2 58-16 UN 2Anone
Teflon Gasket (Includes certifcate of conformance)23N
Teflonreg Gasket FDA 21 CFR paragraph 1771550Inertexreg SQ-S USP Class VInone
-19A Aluminum with LED Indicator-19AN Aluminum with LED Indicator NET Solution-20P Plastic with LED Indicator-20PN Plastic with LED Indicator NET Solutiontrade
12 NPT12 NPSM12 NPT12 NPSM
M32 32 Ra mechanical finish maxM20 20 Ra mechanical finish max
(Not currently available with electropolish)
S
(Leave blank if not required)
Options TransmitterSee pages 35 - 39
Basic Order Codes
Ordering Information
NOTE 1 For full descriptions see page 40 or wwwBurnsEngineeringcomCon-Headspdf
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Accessories and Option Codes35
lsquoLYrsquo Lead Length (60 std)
(15)
lsquoLYrsquo Cable Length (120 std)
lsquoLMrsquo Cable Material(PTFE insulated std)
L Lead Wire OptionsLead Wire Length (Y option)
Y_____ Specify lead wire length in one inch incrementsExample For a 12 inch Y length specify 012 For a 15 foot Y length specify Y180Cable designs Minimum 120 inches (Y012) Maximum 3000 inches (Y300)Lead wire designs Minimum 30 inches (Y003) Maximum 360 inches (Y036)
Lead Wire Configuration (C option) Available only when -NA cable design is specified
C20 Shielded Cable ( Stainless Steel braided shield)C23 Shielded Cable ( Kaptonreg polyimide film foil shield with drain wire)C30 Cable with Stainless Steel Overbraid
No Strain ReliefFS00
Vinyl Boot FS02
Stainless Steel SpringFS03
Nylon Dome FS04
Polyolefin FS05
90deg
15
Polyolefin wBendFS06
F Fitting OptionsStrain Relief Options (S option) available only when -NA cable design is specified
S00 No Strain Relief RequiredS02 Vinyl BootS03 Stainless Steel SpringS04 Nylon DomeS05 Polyolefin Adhesive LinedS06 Polyolefin Adhesive Lined with 90deg Bend
Leadwire Options
Strain Relief Options
All dimensions in inches
Cable Gland Options
H Head Options
Cable Gland Options (C option)
C01 Nylon Cable Gland 14 NPT 0080 - 0200C02 Nylon Cable Gland 12 NPT 0236 - 0473C03 Nylon Cable Gland 34 NPT 0472 - 0708C04 Nylon Hubbell 12 NPT 0250 - 0375C05 Nylon Hubbell 12 NPT 0187 - 0250
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Accessories and Option Codes
Tagging OptionsM Miscellaneous Options
T01 Paper Tag with Tag Number (sensor assembly)T02 Stainless Steel Tag with Tag Number (sensor assembly)T24 Paper Tag with Time Constant (used with S40 HTST sensors only)
Sensor Tagging Options
36
Cable for Remote Mount OptionsH Head Options
LeadwireCable Length (L option)
L012 12 inches (1 foot)L060 60 inches (5 feet)L120 120 inches (10 feet)
Specify in one-inch increments
Material01 PTFE02 Fiberglass
Polyimide Film
Configuration01 Individual Insulated Lead Wires10 Cable20 Shielded Cable - Stainless Steel Braided Shield21 Shielded Cable - Copper Braided Shield23 Shielded Cable ndash PolyesterAluminum Foil Shield with Drain Wire30 Cable with Stainless Steel Overbraid
03
Calibration OptionsBurns Engineering is a NVLAP accredited (Lab code 200706-0) temperature calibration facility
C Calibration Options with Calilbration Report and R vs T Table
Units Report and Table
I Degrees C
F Degrees F
Range of Calibration
25 4 Points ordmC -38 0 50 100 or ordmF -36 32 122 212F
26 4 Points ordmC -38 0 100 200 or ordmF -36 32 212 392
35 3 Points ordmC 0 50 100 or ordmF 32 122 212
36 3 Points ordmC 0 100 200 or ordmF 32 212 392
Reports Options
R10 Certificate of Calibration for RTD at 0degCR11 Certificate of Conformance with Certified DrawingR12 Certificate of Calibration for Thermocouple at 100ordmC
For all Series S sensors and thermowells with a wetted surface the heat numbers of all wetted materials will be electro-etch marked on the sensor andor thermowell extension A Material Certification of wetted surfaces (SR01) (WE04) and a certificate of surface finish (SR03 or SR05) (WE06 or WE14) will be included automatically A Certificate of Conformance will also be included for O-rings used in the SPS and SPA designs (SR12) No option codes are required for the above The options below are available only if requested at time of order
Documentation
S Sheath Options
Certifications (R option)
R10 Certification that no polishing compound was used on the sensor assembly
W Thermowell Options
Testing and Documentation (E option)
E10 Certification that no polishing compound was used on the ThermowellE16 Positive Material Identification (PMI)
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Transmitter OptionsT51 and T55 Transmitters with TP05 Programmer
DescriptionLoop powered DIN B Form RTD and thermocouple temperature transmitters for head mounting Model T51 and T55 transmitters carry FM CE and CSA approvals allowing installation and use in a variety of applications
Features and Benefitsraquo Vibration and shock resistance raquo Configurable to fit your application raquo Provides RTD ldquomatchingrdquo capability for improved system accuracy (T55) raquo HART programmable (T55)raquo 005 accuracy raquo PC programmable with TP05 interface and communication software raquo Full input-output isolation raquo Configurable via a PC or HART Communicator raquo RTD or Thermocouple Inputsraquo Outputs 2-wire 4-20mA
Communication via USB PortUsing TP05 the communication between the programming unit and the PC is now carried out by way of a USB port TP05 is fully compatible with PCs running Windows 2000 XP 7 and Vista operating systems
Quick Set-UpThe programming module is simple and quick to use Once the driver has been installed the user only needs to connect the module to the PC and programming can start Power is supplied from the USB port
Online ProgrammingEither transmitter model can be configured independent of the process or alternatively directly in the process while connected to your control system
TP05 Package IncludesInterface Device Software with drivers and Communication cable
For T51 and T55 full specifications and features see the Temperature Transmitter Catalog
httpwwwburnsengineeringcomdocumentcatalogsTemperatureTransmitterspdf
13
T51 RTD TransmitterT55 RTD Transmitter Matching Capabilities HART Communication
Calibration Type
M Transmitter and Sensor matched for improved performance (Only available with T55 Transmitter)
(blank) Not matched
Temperature Range
Tmin to Tmax Tmin = Temperature for 4mA outputTmax = Temperature for 20mA output
Temperature Units
C Degrees CelsiusF Degrees Fahrenheit
13
TP05 Programming Module
37
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Transmitter OptionsT16 Miniature Transmitter with TP16 Programmer
DescriptionThe T16 is a miniature loop-powered RTD temperature transmitter integrated into a compact aluminum connection head The T16 is ideal for applications where additional signal enhancement is required and space is limited such as process skids and small reactor vessels
Features and Benefitsraquo Input 2 or 3 wire PT100 RTD raquo Temperature Range -200degC to 500degC raquo Minimum Span 25degC raquo Output 2 wire current loop 4-20mA raquo Supply Voltage 8 ndash 30 Vdc raquo Operating Range -40degC to 85degC raquo Size 205rdquo x 197rdquo Conduit Port frac14 NPT raquo Sensor Port 38-24 UNF
TP16 Programming Module
DescriptionThe T16 is easily programmed with a PC using the Burns TP16 Programming Module and communication software
For T16 full specifications and features see the T16 Specification page or the Burns Website
httpwwwburnsengineeringcomdocumentcatalogst16pdf
13
38
13 CONNECTION HEAD COVER
SILICONE RUBBER GASKET
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Sanitary Accessories39
Burns Sanitary Adaptors allow you to modify any existing NPT connection to a hygienic connection giving you the capability to select and use the Series S standard and NET Solutiontrade sensors with existing systems The Sanitary Adaptor is available in several different connection sizes and lengths ranging from 15 to 60 inches
Overall Length plusmn0125
(05)
12 NPTProcess Connection
(lsquoNrsquo Adaptor Length)
Extension Connection
316 Stainless Steel
12 inch is nominal thread engagement for the 12rdquo NPT thread size
All dimentions in inches
SAA Sanitary AdaptorExtension Connection Size (Used with tube sizes)
-05
3 3
-1512 12 34
-201 12 1 1 12
-252 2
-302 12 2 12
Extension Connection Material03 316 Stainless Steel06 316L Stainless Steel
lsquoNrsquo Adaptor Length
-0150 150 inch lsquoNrsquo Length (OAL = 200 inches)-0175 175 inch lsquoNrsquo Length (OAL = 225 inches)-0300 300 inch lsquoNrsquo Length (OAL = 350 inches)
Specify lsquoNrsquo Length in Inches
4 -40 4
Minumum length 10 inches -100 maximum length 60 inches -600
Adaptors
Consult the factory
Outlet Size
Line Size
ID
OD
D1
Hygienic Gasket
Hygienic Clamp Joint Tees
Hygienic Clamp
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
3 34
2 14
Head to SensorConnection
12rdquo NPT
4 Digit LED
40
Connection Head Descriptions
Plastic NEMA type 4X weather proof connection head with 4 digit LED Indicator For use with single sensing elements only Requires a DIN B sized transmitter for display
Cast aluminum connection head with 4 digit LED Indicator FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single sensing elements only Requires a DIN B sized transmitter for display
Standard EnclosuresBurns Engineering offers an extensive array of connection heads to complement the sensor and its operational environment Each connection head can be specified with traditional NPT threads or NET Solutiontrade NPSM threads For full descriptions of all Burns Connection Heads see wwwBurnsEngineeringcomCon-Headspdf
Enclosures with LED IndicatorBurns Engineering offers loop powered and battery powered Indicators which incorporate a high efficiency display in an enclosure The unit is microprocessor based and set-up is achieved by means of three push buttons located on the underside of the module following a simple menu structure It can be driven by the Burns Model T51 or T55 transmitters which sit in the same head underneath the indicator making a compact efficient package Or it can be configured to run from any 4 to 20 mA source and display the desired process variable Contact the factory for details on the battery powered option
Burns 20P (12rdquo NPT head to sensor connection)
Burns 20PN (12rdquo NPSM head to sensor connection)
Burns 19A (12rdquo NPT head to sensor connection)
Burns 19AN (12rdquo NPSM head to sensor connection)
5
4 12
Head to SensorConnection
12rdquo NPT
4 Digit LED
12rdquo NPT
5
3 12
34rdquo NPT
Head to SensorConnection
2
3 12
3 34
34rdquo NPT
Head to SensorConnection
14rdquo NPT Head to SensorConnection
2
3 34
34rdquo NPT
Head to SensorConnection
34rdquo NPT
Head to SensorConnection
4 18
5 12
Cast iron weather proof connection head NEMA type 4 enclosure For use with single element three wire dual element RTDs and DIN B sized transmitters
Polypropylene weather proof NEMA type 4X connection head For use with single element three wire dual element RTDs and DIN B sized transmitters
316 stainless steel connection head CSA and FM rated as explosion proof Class I Div 1 Group BCD dust ignition proof for Div II Group EFG NEMA 4X For use with single and dual sensing element and DIN B sized transmitters
Miniature aluminum connection head For use with single element RTDs
Cast aluminum weather proof connection head NEMA type 4X enclosure For use with single element three
Cast aluminum connection head FM rated as explosion proof Class I Div 1 Group ABCD Class II Div 1 Group EFG Class III Div 1 NEMA 4X For use with single and dual sensing element DIN B sized and model TL transmitters
Burns 16AN(38rdquo-24 UNF head to sensor connection)
wire dual element RTDs and DIN B sized transmitters
Burns 2A (12rdquo NPT head to sensor connection)
Burns 2E (epoxy coated 12rdquo NPT head to sensor connection)
Burns 2EN (epoxy coated 12rdquo NPSM head to sensor connection)
Burns 3A (12rdquo NPT head to
sensor connection wwaterproof kit)
Burns 3E (epoxy coated 12rdquo NPT head to sensor connection w
waterproof kit)
Burns 5A (12rdquo NPT head to
sensor connection)
Burns 5E (epoxy coated 12ldquo
NPT head to sensor connection)
Burns 5EN (epoxy coated 12ldquo NPSM head to sensor connection)
Burns 1C (12rdquo NPT head to sensor connection)
Burns 1EN (12rdquo NPSM head to sensor connection)
Burns 14S (12rdquo NPT head to sensor connection)
Burns14SN (12rdquo NPSM head to sensor connection)Burns 9P (12rdquo NPT head to sensor connection)
Burns 9PN (12rdquo NPSM head to sensor connection)
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
41
Resistance vs Temperature
R vs T degC
0 1 2 3 4 5 6 7 8 9
200 17586 17622 17659 17696 17733 17769 17806 17843 17879 17916
190 17217 17254 17291 17328 17365 17402 17438 17475 17512 17549
180 16848 16885 16922 16959 16996 17033 17070 17107 17142 17180
170 16477 16514 16551 16589 16626 16663 16700 16737 16774 16811
160 16105 16143 16180 16217 16254 16291 16329 16366 16403 16440
150 15733 15770 15807 15845 15882 15919 15956 15994 16031 16068
140 15358 15396 15433 15471 15508 15546 15583 15620 15658 15695
130 14983 15021 15058 15096 15133 15171 15208 15246 15282 15321
120 14607 14644 14682 14720 14757 14795 14833 14870 14908 14946
110 1429 14267 14305 14343 14380 14418 14456 14494 14531 14569
100 13851 13888 13926 13964 14002 14040 14078 14116 14154 14191
90 13471 13509 13547 13585 13623 13661 13699 13737 13775 13813
80 13090 13128 13166 13204 13242 13280 13318 13357 13395 13433
70 12708 12746 12784 12822 12861 12899 12937 12975 13013 13052
60 12324 12363 12401 12439 12478 12516 12554 12593 12631 12669
50 11940 11978 12017 12055 12094 12132 12171 12209 12247 12286
40 11554 11593 11631 11670 11708 11747 11786 11824 11863 11901
30 11167 11206 11245 11283 11322 11361 11400 11438 11477 11515
20 10779 10818 10857 10896 10935 10973 11012 11051 11090 11129
10 10390 10429 10468 10507 10546 10585 10624 10663 10702 10740
0 10000 10039 10078 10117 10156 10195 10234 10273 10312 10351
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 10000 9961 9922 9883 9844 9804 9765 9726 9687 9648
-10 9609 9569 9530 9491 9452 9412 9373 9334 9295 9255
-20 9216 9177 9137 9098 9059 9091 8980 8940 8901 8862
-30 8822 8783 8743 8704 8664 8625 8585 8546 8506 8467
-40 8427 8387 8348 8308 8269 8229 8189 8150 8110 8070
-50 8031 7991 7951 7911 7872 7832 7792 7752 7712 7673
Resistance of 100 ohm RTD Degrees C
Insulation Resistance (IR) ~ Influence on the Resistance Measurement
IR refers to the electrical resistance between the sensing circuit and the metallic sheath of a RTD It is important for the sensing element circuit to be insulated from the sheath because electrical leakage can cause an error when measuring the
resistance of the sensing element Any error in measured resistance will translate to an error in the indicated temperature
For more information on Insulation Resistance please refer to The Burns Engineering Document ldquoError Sources That Effect Platinum Resistance Thermometer Accuracy Part 2 ndash Insulation Resistancerdquo (Available online at httpwwwburnsengineeringcomdocumentpdfa080211pdf)
(R )IR
(R )PRT
(R )MEASURED
RTD Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
42
R vs T degF
Resistance vs Temperature
0 1 2 3 4 5 6 7 8 9
400 17749 17769 17790 17810 17830 17851 17871 17892 17912 17932
390 17545 17565 17586 17606 17626 17647 17667 17688 17708 17729
380 17340 17361 17381 17402 17422 17443 17463 17483 17504 17524
370 17135 17156 17176 17197 17217 17238 17258 17279 17299 17320
360 16930 16951 16971 16992 17012 17033 17053 17074 17094 17115
350 16724 16745 16766 16786 16807 16827 16848 16868 16889 16909
340 16518 16539 16560 16580 16601 16621 16642 16663 16683 16704
330 16312 16333 16353 16374 16395 16415 16436 16457 16477 16498
320 16105 16126 16147 16167 16188 16209 16229 16250 16271 16291
310 15898 15919 15940 15961 15981 16002 16023 16043 16064 16085
300 15691 15712 15733 15753 15774 15795 15815 15836 15857 15878
290 15483 15504 15525 15546 15566 15587 15608 15629 15649 15670
280 15275 15296 15317 15338 15358 15379 15400 15421 15442 15462
270 15067 15088 15108 15129 15150 15171 15192 15213 15233 15254
260 14858 14879 14900 14921 14941 14962 14983 15004 15025 15046
250 14649 14670 14691 14711 14732 14753 14774 14795 14816 14837
240 14439 14460 14481 14502 14523 14544 14565 14586 14607 14628
230 14229 14250 14271 14292 14313 14334 14355 14376 14397 14418
220 14019 14040 14061 14082 14103 14124 14145 14166 14187 14208
210 13808 13829 13851 13872 13893 13914 13935 13956 13977 13998
200 13597 13619 13640 13661 13682 13703 13724 13745 13766 13787
190 13386 13407 13428 13450 13471 13492 13513 13534 13555 13576
180 13174 13196 13217 13238 13259 13280 13301 13323 13344 13365
170 12962 12984 13005 13026 13047 13068 13090 13111 13132 13153
160 12750 12771 12793 12814 12835 12856 12878 12899 12920 12941
150 12537 12559 12580 12601 12622 12644 12665 12686 12708 12729
140 12324 12346 12367 12388 12409 12431 12452 12473 12495 12516
130 12111 12132 12153 12175 12196 12218 12239 12260 12282 12303
120 11897 11918 11940 11961 11982 12004 12025 12047 12068 12089
110 11683 11704 11726 11747 11768 11790 11811 11833 11854 11876
100 11468 11490 11511 11533 11554 11576 11597 11618 11640 11661
90 11253 11275 11296 11318 11339 11361 11382 11404 11425 11447
80 11038 11060 11081 11103 11124 11146 11167 11189 11210 11232
70 10823 10844 10866 10887 10909 10930 10952 10973 10995 11017
60 10607 10628 10650 10671 10693 10715 10736 10758 10779 10801
50 10390 10412 10434 10455 10477 10498 10520 10542 10563 10585
40 10174 10195 10217 10239 10260 10282 10304 10325 10347 10369
30 9957 9978 10000 10022 10043 10065 10087 10109 10130 10152
20 9739 9761 9783 9804 9826 9848 9870 9891 9913 9935
10 9521 9543 9565 9587 9609 9630 9652 9674 9696 9717
0 9303 9325 9347 9369 9391 9412 9434 9456 9478 9500
0 -1 -2 -3 -4 -5 -6 -7 -8 -9
0 9303 9282 9260 9280 8216 9194 9172 9150 9129 9107
-10 9085 9063 9041 9019 8997 8975 8954 8932 8910 8888
-20 8866 8844 8822 8800 8778 8756 8734 8713 8691 8669
-30 8647 8625 9603 8561 8559 8537 8515 8493 8471 8449
-40 8427 8405 9383 8361 8339 8317 8295 8273 8251 8229
-50 8207 8185 8163 8141 8119 8097 8075 8053 8031 8009
-60 7986 7664 7942 7920 7898 7876 7854 7832 7810 7788
Resistance of 100 ohm RTD Degrees F
RTD Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Millivolts vs Temperature
mV vs T degC
43
Temp C T J E K
-50 -1819 -2663 -2787 -1889
-45 -1648 -2431 -2523 -1709
-40 -1475 -2197 -2255 -1527
-35 -1299 -1961 -1984 -1343
-30 -1121 -1722 -1709 -1156
-25 -0940 -1482 -1432 -0968
-20 -0757 -1239 -1152 -0778
-15 -0571 -0995 -0868 -0586
-10 -0383 -0749 -0582 -0392
-5 -0193 -0501 -0292 -0197
0 0000 -0251 0000 0000
5 0195 0000 0294 0198
10 0391 0253 0591 0397
15 0589 0507 0890 0597
20 0790 0762 1192 0798
25 0992 1019 1495 1000
30 1196 1277 1801 1203
35 1403 1537 2109 1407
40 1612 1797 2420 1612
45 1823 2059 2733 1817
50 2036 2322 3048 2023
55 2251 2585 3365 2230
60 2468 2850 3685 2436
65 2687 3116 4006 2644
70 2909 3382 4330 2851
75 3132 3650 4656 3059
80 3358 3918 4985 3267
85 3585 4187 5315 3474
90 3814 4456 5648 3682
95 4046 4726 5982 3889
100 4279 4997 6319 4096
105 4513 5269 6658 4303
110 4750 5541 6998 4509
115 4988 5814 7341 4715
120 5228 6087 7685 4920
125 5470 6360 8031 5124
130 5714 6634 8379 5328
135 5959 6909 8729 5532
140 6206 7184 9081 5735
145 6454 7459 9434 5937
150 6704 7734 9789 6138
155 6956 8010 10145 6339
160 7209 8286 10503 6540
165 7463 8562 10863 6741
170 7720 8839 11224 6941
175 7977 9115 11587 7140
180 8237 9392 11951 7340
185 8497 9669 12317 7540
190 8759 9947 12684 7739
195 9023 10224 13052 7939
200 9288 10501 13421 8138
mV in degrees C
The unique advantage of Thermocouples
Measuring the temperature of small objects or small amounts of fluid can be a big challenge While the RTD has the advantage over the thermocouple for sensor accuracy there are cases where the measurement accuracy may be better with the less accurate thermocouple For example measuring temperature of a fluid inside a 58rdquo diameter vial that has 116rdquo of fluid depth presents such a challenge It is very important to note the distinction between sensor accuracy and measurement accuracy for applications such as this because the two can be very different Details of the installation and ambient conditions are very important when selecting a temperature sensor for maximum accuracy
For more information on this topic please refer to the Burns Engineering Application Note ldquoA090826 RTD or
Thermocouplerdquo
Process Sheath Length
Process Sheath Length
RTD Element Sensitive Length
Thermocouple Junction Sensitive Length
Sensitive Length
Sensitive Length
Thermocouple Reference Table
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
mV vs T degF
Millivolts vs Temperature44
Temp F T J E K
-60 -1857 -2483 -2846 -1929
-55 -1762 -2353 -2699 -1830
-50 -1667 -2223 -2552 -1729
-45 -1572 -2092 -2404 -1628
-40 -1475 -1961 -2255 -1527
-35 -1378 -1828 -2105 -1425
-30 -1279 -1695 -1953 -1322
-25 -1181 -1562 -1801 -1218
-20 -1081 -1428 -1648 -1114
-15 -0980 -1293 -1494 -1010
-10 -0879 -1158 -1339 -0905
-5 -0777 -1022 -1183 -0799
0 -0675 -0886 -0868 -0586
5 -0571 -0749 -1026 -0692
10 -0467 -0611 -0550 -0370
15 -0362 -0473 -0709 -0478
20 -0256 -0334 -0227 -0153
25 -0150 -0195 -0389 -0262
30 -0043 -0056 0098 0066
35 0065 0084 -0065 -0044
40 0173 0225 0426 0286
45 0282 0365 0262 0176
50 0391 0507 0591 0397
55 0501 0649 0757 0508
60 0611 0791 0924 0619
65 0723 0933 1091 0731
70 0834 1076 1259 0843
75 0947 1220 1427 0955
80 1060 1364 1597 1068
85 1174 1508 1767 1181
90 1288 1652 1938 1294
95 1403 1797 2109 1407
100 1519 1942 2281 1521
105 1635 2088 2454 1635
110 1752 2234 2628 1749
115 1870 2380 2802 1863
120 1988 2527 2977 1977
125 2107 2673 3153 2092
130 2227 2821 3330 2207
135 2347 2968 3507 2321
140 2468 3116 3685 2436
145 2590 3264 3863 2552
150 2712 3412 4042 2667
155 2835 3560 4222 2782
160 2958 3709 4403 2897
165 3082 3858 4584 3013
170 3207 4007 4766 3128
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 5500 3590
195 3840 4757 5685 3705
200 3968 4907 5871 3820
205 4097 5058 6057 3935
210 4227 5209 6244 405
215 4357 536 6432 4165
220 4487 5511 662 428
225 4618 5662 6809 4395
230 475 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 757 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 834 5306
175 3333 4157 4948 3244
180 3459 4306 5131 3359
185 3585 4456 5315 3474
190 3712 4606 55 359
195 384 4757 5685 3705
200 3968 4907 5871 382
205 4097 5058 6057 3935
210 4227 5209 6244 4050
215 4357 5360 6432 4165
220 4487 5511 6620 4280
225 4618 5662 6809 4395
230 4750 5814 6998 4509
235 4882 5965 7188 4623
240 5015 6117 7379 4738
245 5148 6269 7570 4852
250 5282 6421 7762 4965
255 5416 6573 7954 5079
260 5551 6726 8147 5192
265 5687 6878 8340 5306
270 5823 7031 8535 5419
275 5959 7184 8729 5532
280 6096 7336 8924 5644
285 6233 7489 9120 5757
290 6371 7642 9316 5869
295 6510 7795 9513 5982
300 6648 7949 9710 6094
305 6788 8102 9907 6205
310 6928 8255 10106 6317
315 7068 8409 10304 6429
320 7209 8562 10503 6540
325 7350 8716 10703 6652
330 7492 8869 10903 6763
335 7634 9023 11104 6874
340 7777 9177 11305 6985
345 7920 9331 11506 7096
350 8064 9485 11708 7207
355 8208 9639 11911 7318
360 8352 9793 12113 7429
365 8497 9947 12317 7540
370 8643 10101 12520 7650
375 8789 10255 12724 7761
380 8935 10409 12929 7872
385 9082 10563 13134 7983
390 9229 10717 13339 8094
395 9377 10871 13545 8205
400 9525 11025 13751 8316
Temp F T J E K
mV in degrees F
Thermocouple Reference Table
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Temperature Measurement Expertsreg wwwburnsengineeringcom
Terminology and Options Guide45
Head amp Sensor Connection Options
Direct Immersion Sensors
Burns NET SolutionTM
shown with 38rdquo UNFheadsensor connections
Burns NET SolutionTM
shown with 12rdquo NPSMheadsensor connections
Burns Standard shown with 12rdquo NPT
headsensor connections
Conduit Connection
Head to SensorConnection
Process Connection
Sensor to Head Connection
Process Sheath Length
Wetted Surface
Burns Connection Heads are available with NPT NPSM and UNF threads See page 40 for more information
Direct Immersion sensors are available in several different diameters See pages 7 - 10 for more information
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
TO ORDER CALL 800-328-3871 FAX 952-935-8782 wwwburnsengineeringcom
Cable amp Strain Relief Options
Interconnect Style Sensors and Cable
Spring Loaded Style Sensors amp Thermowells
Process Connection
Extension Connection
Extension Connection
Sensor to Head Connection
lsquoCrsquo Compressed Sheath Length
Wetted Surface
Process Sheath Length
(15 inches)
lsquoLYrsquo Cable Length (120 inches std)
Shown as Quick Disconnect full assembly
Process Sheath LengthFor 3-wire single element sensors only
Cable Length
Strain Relief Option
A material and surface finish certification is supplied on all wetted surfaces See page 36 for other documentation available
Several different cable types strain relief and remote mounting options are available See pages 35 and 36
The Quick Disconnect is available with the S01 S03 S20 S40 SPA and SPS style sensors See the connection head ordering information for more details
Terminology and Options Guide46
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS
Burns Engineering | 10201 Bren Rd E Minnetonka MN 55343 | email infoburnsengineeringcom
Phone (Toll Free) 800-328-3871 | Phone (Local) 952-935-4400 | Fax 952-935-8782 Copyright 2013 Burns Engineering IncPrinted in USA Bulletin 605 Rev 413
Burns Engineering is a leading supplier of
temperature measurement solutions for all your
process and metrology applications
Your processes require advanced temperature
measurement solutions that you can depend on We
understand that measurement accuracy reliability and
consistency are important to your success
Temperature measurement is our business
Burns Engineering has a long history of designing and building temperature sensors to meet the
measurement needs of unique and varied applications The products in this catalog were specifically
developed to meet field requirements and allow for configured-to-order flexibility Not sure what product
is right for your application Our application engineering group is here to help you select configure
andor custom design the right product for your specific needs
Custom solutions designed for your specific needs
What will your solution BE
Turn to Burns as your
Temperature Measurement Expertreg
Trademarks contained in this catalogBurns Engineering Logo Temperature Measurement Experts NET Solution and RTDology are trademarks of Burns EngineeringIngold is a registered trademark of Mettler-Toledo 3-A is a trademark of 3-A Sanitary Standards Inc Chromel and Alumel are registered trademarks of Hoskins Mfg Company Teflon is a registered trademarks of EI du Pont Nemours and Company Intertex is a registered trademark of Intertech Inc
SANITARY SENSORS