HIGH ACCURAC LEGENDAR RELIABILIT FAST DELIVERY … Transducer...TV-1 1 Phase, Avg se nsing Volts RO1...

Since 1976

(Z660)www.texmate.com

HIGH ACCURACYLEGENDARY RELIABILITY

FAST DELIVERYFRIENDLY APPLICATION SUPPORT

POWER TRANSDUCERS

APR-17, 2017

Since 1976

(Z670)www.texmate.com 2

Model# Input signal Maximum Range Accu-

TT-1S1MTTM-2S2MMTTM-2S2MCTT-2D2MMTT-2D2MC

Thermocouple J -50 to 1000°C (-58 to 1832°F) ±1°C

Thermocouple K -50 to 1370°C (-58 to 2498°F) ±1°C

Thermocouple T -270 to 400°C (-454 to 752°F) ±1°C

Thermocouple E -50 to 700°C (-58 to 1292°F) ±1°C

Thermocouple B 0 to 1750°C (32 to 3182°F) ±2°C *

Thermocouple R -50 to 1750°C (-58 to 3182°F) ±2°C

Thermocouple S -50 to 1750°C (-58 to 3182°F) ±2°C

Thermocouple N -50 to 1300°C (-58 to 2372°F) ±2°C

Thermocouple C -50 to 1800°C (-58 to 3272°F) ±2°C

Pt100 -200 to 600°C (-328 to ±0.2°C

MV -60mV to 60mV

Voltage -10 to 10Vdc ±1mV

Current 0 to 24mAdc ±10μA

LEOPARD TL SERIESTT SERIES

Remote Display Programmer

Isolated Analog Output

Leopard Transmitter

Relay Output Input Signal

Output signal : DC 4/0~20mA or DC 0~10VOutput resolution : 0.6uA.Output response time : <200mS.Communication : Modbus RS-485 RTU protocol, 4800~38400 bpsPower supply : 18~36 Vdc, internal protection against polarity inversion

*Accuracy is not guaranteed between 0 and 400°C (0 and 752°F) for type B, R and S.

TT-1S1M Single Channel input and Single 4-20mA output

TTM-2S2MM Dual same signal Inputs; Single 4-20mA output and Single 4-20mA output with Math Function

TTM-2S2MC Dual same signal Inputs; Single 4-20mA output with math function & Single RS-485 output

TT-2D2MM Dual Inputs; Dual 4-20mA output

TT-2D2MC Dual Inputs; Single 4-20mA & Single RS-485 output

4 Active, isolated analog output. (No need of external 24V to power output)

4 Plug n Play. Order unit setup to your exact requirements.

4 Dual 9A Form C relays with NO and NC connections available.

4 24 VDC Excitation to power 4-20 mA loops and selectable 5 or 10 VDC to power Strain gauge, and Pressure / Load cell.

4 Auto sensing AC/DC power supply 85-265 VAC / 95-370 VDC or optional 18-36 VAC / 9-60 VDC.

4 Remote programmer may be used as a remote display.

Available Inputs: 4 DC - Volts, Amps, mV, mA4 AC - Volts, Amps, mV, mA,

Line Frequency4 Load Cell, Pressure, Strain

Gauge4 3 wire Potentiometer -

Position, Resistance4 Temperature - Thermocouple,

RTD Pt-1004 Proximity switch - RPM or

Frequency

E469078

Texmate DIN Rail Mount Transmitters

Transmitters can be configurated using TT Configurator software without connecting to a power source.

Since 1976

Contents

TA-1 & TA-1T ...................... AC CURRENT TRANSDUCERS Single Phase. ..... 4-5TA-3 & TA-3T ...................... AC CURRENT TRANSDUCERS Three Phase. ...... 4-5 TV-1 & TV-1T ...................... AC VOLTAGE TRANSDUCERS Single Phase. .......6-7 TV-3 & TV-3T ...................... AC VOLTAGE TRANSDUCERS Three Phase. ........6-7 TW-12 & TW-13................... Watts TRANSDUCERS Single Phase . .................. 8-9TW33 & TW-34 ................... Watts TRANSDUCERS Three Phase. .................... 8-9

TQ-12 & TQ-13 ................... VARs TRANSDUCERS Single Phase . ...............10-11TQ-33 & TQ-34 ................... VARs TRANSDUCERS Three Phase . ................10-11

TWQ-12 & TWQ-13 ............. Watts + VARs TRANSDUCERS Single Phase . .12-13TWQ-33 & TWQ-34 ............ Watts + VARs TRANSDUCERS Three Phase ...12-13

TWH-12 & TWH-13 ............. Watt Hours TRANSDUCERS Single Phase . .....14-15TWH-33 & TWH-34 ............ Watt Hours TRANSDUCERS Three Phase . ......14-15

TWWH-12 & TWWH-13 ...... Watt+Watt Hours TRANSDUCERS Single Phase . 16-17TWWH-33 & TWWH-34 ..... Watt + Watt Hours TRANSDUCERS Three Phase . 16-17

TQH-12 & TQH-13 ............. VAR Hours TRANSDUCERS Single Phase . ......18-19TQH-33 & TQH-34 ............. VAR Hours TRANSDUCERS Three Phase . .......18-19

TQQH-12 & TQQH-13 ........ VARs+VAR Hours TRANSDUCERS Single Phase . 20-21TQQH-33 & TQQH-34 ........ VARs+VAR Hours TRANSDUCERS Three Phase . 20-21

TPF-12 ................................. AC Power Factor TRANSDUCERS Single Phase . 22-23TPF-33 & TPF-34 ............... AC Power Factor TRANSDUCERS Three Phase . 22-23

TF-1 ..................................... FREQUENCY TRANSDUCERS . ......................... 24-25

TD-1 .................................... DC Volts or mA TRANSMITTER ISOLATOR . ... 26-27

CASE DIMENSIONS - CASE A & C. ......................................................................28

CASE DIMENSIONS - CASE B & D. ......................................................................29

Since 1976

MODELS OFFERED

FEATURES

AC CURRENT TRANSDUCER

TA-1: 1 Phase, Average sensing AmpsTA-1T: 1 Phase, True rms sensing Amps

TA-3: 3 Phase, Average sensing AmpsTA-3T: 3 Phase, True rms sensing Amps

• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277)• Many input and output signal combinations

GENERAL SPECIFICATIONSAccuracy ................................... ± 0.2% R.O. Standard for 10 to 100% of rated output

± 0.1% R.O. (Special Option)Temp. coefficient ..................... ≤100ppm/ºC of span

≤60ppm/ºC for ambient temperature of 25ºC ±10ºCTemp. range .............................. Storage temperature range -20ºC to 60ºC (-4ºF to 140ºF)

Operating temperature range 0ºC to 50ºC (32ºF to 122ºF)Humidity range ........................ Up to 95% RH non condensingIsolation .................................... Between Input/Output/Power/CaseDielectric test ........................... DIN-IEC 688

2K Vrms/1 min, Between terminal to terminal 2.8K Vrms/1 min, Between terminal to case

Surge test ................................. DIN-IEC 255-4, ANSI C37 90a/1974 5KV(1.2x50 µs)Insulation Resistance ............. Greater than 100 M Ω at 500V DCHousing material ..................... ABS Resin(94V-0) or metalMounting ................................... Screw mount on metal case or Plastic case DIN Rail 35mmAuxiliary Power ........................ AC 115/230V ± 15%, 50/60Hz, 3VA

DC 24V ± 20%(optional) 125V DC ± 20%(optional)

• True RMS sensing is recommended for input signals with distortion. • Direct connect to the transducer for inputs ≤ 5A AC.

• Connect using a current Transformer (C.T.) for inputs greater than 5A AC.

Since 1976

AC CURRENT TRANSDUCERS

1 2 3 4

5 6 7 8

OUTPUT INPUT

230 V115 V

LineNeutral

OUTPUT+

INPUT SPECIFICATIONSAC Input ................................... 0 to 5A AC, 0 to 1A AC or custom inputFrequency ................................. 45Hz to 65Hz or 400HzBurden ...................................... ≤0.2VAResponse Sensitivity .............. ≤0.5% of measuring range to maximum input rangeInput Overload Capacity ......... 3 times the rated input current continuously.

10 times the rated current for 10 seconds. 50 times the rated input current for 1 second. 80 times the rated input current for 0.5 second.

OUTPUT SPECIFICATIONSOutput Variables ..................... DC mA or DC VoltsRipple ........................................ < 0.5% of rated output. Peak to Peak (maximum)Response Time ........................ < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ...................... ± 5% of rated output (minimum)Span Adjustment ..................... ± 10% of rated output (minimum)Load Resistance ...................... 10K Ω maximum for 0 to 1mA output

500 Ω maximum for 4 to 20mA output 500 Ω minimum for 0 to 10V output

CONNECTION DIAGRAM

TA-1/TA-1TA INPUT B INPUT C INPUT

+OUTPUT

BOUTPUT

A +OUTPUT

ACPOWER230 V

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TA-3/TA-3T

P1P011

Since 1976

AC VOLTAGE TRANSDUCERS

MODELS OFFERED

FEATURES

TV-1: 1 Phase, Average sensingTV-1T: 1 Phase, True rms sensing

TV-3: 3 Phase, Average sensingTV-3T: 3 Phase, True rms sensing

• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277)• Many input and output signal combinations

GENERAL SPECIFICATIONS

• True RMS sensing is recommended for input signals with distortion. • Direct connect to the transducer for inputs ≤ 600V AC.• Connect using a Potential Transformer (P.T.) for inputs > 600V AC.

Accuracy ................................... ± 0.2% R.O. Standard for 10 to 100% of rated output ± 0.1% R.O. (Special Option)

Temp. coefficient ..................... ≤100ppm/ºC of span ≤60ppm/ºC for ambient temperature of 25ºC ±10ºC

Temp. range .............................. Storage temperature range -20ºC to 60ºC (-4ºF to 140ºF) Operating temperature range 0ºC to 50ºC (32ºF to 122ºF)

Humidity range ........................ Up to 95% RH non condensingIsolation .................................... Between Input/Output/Power/CaseDielectric test ........................... DIN-IEC 688

Since 1976

AC VOLTAGE TRANSDUCERS

INPUT SPECIFICATIONSAC Input ............................... 0 to 150V AC, 0 to 300V AC, 0 to 600V AC or custom inputFrequency ........................... 45Hz to 65Hz or 400HzBurden ................................. ≤0.1VAResponse Sensitivity ......... ≤0.5% of measuring range to mazimum input rangeInput Overload Capacity .... 1.25 times the rated input voltage continuously.

2 times the rated voltage for 10 seconds. 4 times the rated input voltage for 5 seconds. Or 600V AC rms continuous.(absolute maximum)

OUTPUT SPECIFICATIONS

Output Variables ................. DC mA or DC VoltsRipple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output minimumSpan Adjustment ................ ± 10% of rated output minimumLoad Resistance ................. 10K Ω maximum for 0 to 1mA output

CONNECTION DIAGRAM

TV-1/TV-1T

1 2 3 4

5 6 7 8

OUTPUT INPUT

230 V115 V

LineNeutralOUTPUT+

1S 1L 2S 2L 3S 3L

+OUTPUT

AOUTPUT

+OUTPUT

ACPOWER230 V

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 181S 1L 2S 2L 3S 3L

+OUTPUT

BOUTPUT

A +OUTPUT

ACPOWER230 V

P.T.1 P.T.2 P.T.3

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

Three Phase 3 wire Three Phase 4 wire TV-1

P1P011

Since 1976

MODELS OFFERED

FEATURES

Watts TRANSDUCERS

TW-12: Single Phase, 2 Wire – 1 ElementTW-13: Single Phase, 3 Wire – 2 ElementTW-33: 3 Phase, 3 Wire – 2 ElementTW-34: 3 Phase, 4 Wire – 3 Element

• Accurate measurement of the active power Watts for bal-anced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC Volts, representing the measured value of the active power Watts.

• Uses Time Division Multiplication (TDM) for precision measurement of even distorted signals.• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations

Since 1976

INPUT SPECIFICATIONSAC Input .................................... 120V/5A AC, 240V/5A AC for 1ø/2 wire, 240V/120V, 5A AC for 1ø/ 3 Wire

120V/5A AC, 240V/5A AC for 3ø/3 Wire & 3ø / 4 Wire custom input (600V max /10A AC max)

Frequency ................................. 60Hz ±3Hz, 50Hz ±3Hz, 400Hz ±3Hz Burden ...................................... ≤0.2VA per current circuit, ≤0.1VA per voltage circuit.Response Sensitivity .............. ≤0.5% of measuring range to maximum input rangeInput Voltage ............................ 600V AC rms continuous (absolute maximum)

Overload Capacity 1.25 times the rated input Voltage continuously. 2 times the rated input Voltage for 10 secs. 4 times the rated input Voltage for 5 secs.

Input Current ............................ 3 times the rated input current continuously. Overload Capacity 10 times the rated input current for 10 secs. 50 times the rated input current for 1 sec. 80 times the rated input current for 0.5 secs

OUTPUT SPECIFICATIONSOutput Variables ...................... DC mA or DC VoltsRipple ........................................ < 0.5% of rated output. Peak to Peak (maximum)Response Time ........................ < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ...................... ± 5% of rated output (minimum)Span Adjustment ..................... ± 10% of rated output (minimum)Load Resistance ...................... 10 kΩ maximum for 0 to 1mA output

Maximum Input range value = (CT Ratio) X (PT Ratio) X (Nominal Watts)If CT = 200A:5A PT is 3300V:110V Nominal Watts = 500 then CT Ratio = 40 then PT Ratio = 30 and Maximum input range value = 40 x 30 x 500 = 600KW

Watts TRANSDUCERS

+OUTPUT

OUTPUT+

ACPOWER230 V

LC.T.1

P1 P21 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1 C.T.1

P0 P2P1

1S 1L 3S 3L

P.T.1 P.T.2

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

CONNECTION DIAGRAM

P1P011

TW-12 TW-13

TW-33 TW-34

Since 1976

MODELS OFFERED

FEATURES• Uses Time Division Multiplication (TDM) for precision measurement of even distorted signals.• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations

VARs TRANSDUCERS

TQ-12: Single Phase, 2 Wire – 1 Element

TQ-13: Single Phase, 3 Wire – 2 Element

TQ-33: 3 Phase, 3 Wire – 2 Element

TQ-34: 3 Phase, 4 Wire – 3 Element

• Accurate measurement of the active power Watts for balanced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC Volts, representing the measured value of the active power Watts.

Since 1976

Maximum Input range value = (CT Ratio) X (PT Ratio) X (Nominal VARs)If CT = 200A:5A PT is 3300V:110V Nominal VARs = 500 CT Ratio = 40 PT Ratio = 30 and Maximum input range value = 40 x 30 x 500 = 600KVAR

VARs TRANSDUCERS

+OUTPUT

OUTPUT+

ACPOWER230 V

LC.T.1

P1 P21 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1 C.T.1

P0 P2P1

1S 1L 3S 3L

P.T.1 P.T.2

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

+OUTPUT

OUTPUT+

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

CONNECTION DIAGRAM

P1P011

TQ-33 TQ-34

Since 1976

MODELS OFFERED

Watts + VARs TRANSDUCERS

TWQ-12: 1 Phase, 2 Wire – 1 ElementTWQ-13: 1 Phase, 3 Wire – 2 ElementTWQ-33: 3 Phase, 3 Wire – 2 ElementTWQ-34: 3 Phase, 4 Wire – 3 Element

• Uses Time Division Multiplication (TDM) for precision measurement of even distorted signals.• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations

DC 24V ± 20%(optional), 125V DC ± 20%(optional)

FEATURES

• Accurate measurement of the active power and reactive power (Watts and VARs) of a single/ three phase system with balanced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC Volts, representing the measured value of the active and reactive power (Watts and VARs).

Input Current ............................ 3 times the rated input current continuously. 10 times the rated input current for 10 secs. Overload Capacity 50 times the rated input current for 1 sec. 80 times the rated input current for 0.5 secs

Since 1976

To calculate the actual Watts and VARs Maximum Input range value, the CT and PT ratios have to be factored inMaximum input Range for Watts = (CT Ratio) X (PT Ratio) X (Nominal Watts)Maximum Input range value for VARs = (CT Ratio) X (PT Ratio) X (Nominal VARs)

For example:If CT = 200A:5A PT is 3300V:110V Nominal Watts = 1000 Nominal VARs = 1000 then CT Ratio = 40 then PT Ratio = 30 and Maximum input range value for Watts = 40 x 30 x 1000 = 1200KWattsMaximum input range value for VARs = 40 x 30 x 1000 = 1200KVARs

Watts + VARs TRANSDUCERS

CONNECTION DIAGRAM

OUTPUT

OUTPUT+

ACPOWER230 V

LC.T.1

OUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

OUTPUT +VAE

OUTPUT

OUTPUT+

ACPOWER230 V

L1 C.T.1

P0 P2P1

1S 1L 3S 3L

P.T.1 P.T.2

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TWQ-12 TWQ-13

OUTPUT+

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

OUTPUT +VAR

OUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

OUTPUT+

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

OUTPUT +VAR

OUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TWQ-33 TWQ-34

Since 1976

MODELS OFFEREDTWH-12: 1 Phase, 2 Wire – 1 ElementTWH-13: 1 Phase, 3 Wire – 2 ElementTWH-33: 3 Phase, 3 Wire – 2 ElementTWH-34: 3 Phase, 4 Wire – 3 Element

• Uses Time Division Multiplication (TDM) for precision measurement of even distorted signals.• High accuracy ±0.2% of Rated Output (R.O.)• Super high accuracy ±0.1% of Rated Output (R.O.) available as a special order.*• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations.

Watt Hours TRANSDUCERSTWH

• Accurate measurement of the active energy (Watt Hours) of a single phase system with balanced or unbalanced loads.

• The output signals are isolated load independent pulses, representing the measured value of the active energy (WattHours, forward and reverse).

DC 24V ± 20%(optional), 125V DC ± 20%(optional)

FEATURES

Input Current ............................ 3 times the rated input current continuously. 10 times the rated input current for 10 secs. Overload Capacity 50 times the rated input current for 1 sec. 80 times the rated input current for 0.5 secs

Since 1976

Watt Hours TRANSDUCERS

Output Variables ................. PulsesRipple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

To calculate the actual WattHours for each output pulse, the CT and PT ratios have to be factored in

WattHours per Output Pulse = (CT Ratio) X (PT Ratio) Nominal Pulses /WattHour

Calculation example: For Single phase 2 wire, TWH-12If CT = 200A:5A then CT Ratio = 40 PT is 3300V:110V then PT Ratio = 30

If 1 pulse per WattHour is selected, the output will actually be 1 pulse per 1200 WattHoursIf 10 pulse per WattHour is selected, the output will actually be 1 pulse per 120 WattHoursIf 100 pulse per WattHour is selected, the output will actually be 1 pulse per 12 WattHours

CONNECTION DIAGRAM

OUTPUT+ +

ACPOWER230 V

L C.T.1

1S 1L 3S 3L

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TWH-12

TWH-33

TWH-13

TWH-34

OUTPUT+ +

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

OUTPUT+ +

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

OUTPUT+ +

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

Since 1976

MODELS OFFERED

FEATURES

TWWH-12 base model 1 Phase, 2 Wire – 1 Element TWWH-13 base model 1 Phase, 3 Wire – 2 Element TWWH-33 base model 3 Phase, 3 Wire – 2 Element TWWH-34 base model 3 Phase, 4 Wire – 3 Element

Watt+Watt Hours TRANSDUCERS TWWH

• Accurate measurement of the active energy (WattHours) of a three phase system with balanced or unbalanced loads.

• The output signals are isolated load independent pulses, represent-ing the measured value of the active energy (WattHours, forward and reverse) and DC mA or DC V for the active power (Watts).

Surge test ................................. DIN-IEC 255-4, ANSI C37 90a/1974 5KV(1.2x50 µs)Insulation Resistance ............. Greater than 100 M Ω at 500V DCHousing material ..................... ABS Resin(94V-0) or metalMounting ................................... Screw mount on metal case or Plastic case on DIN Rail 35mmAuxiliary Power ........................ AC 115/230V ± 15%, 50/60Hz, 3VA

INPUT SPECIFICATIONSAC Input .................................... 120V/5A AC, 240V/5A AC. Custom input (600V max /10A AC max)Frequency ................................. 60Hz ±3Hz, 50Hz ±3Hz, 400Hz ±3Hz Burden ...................................... ≤0.2VA per current circuit, ≤0.1VA per voltage circuit.Response Sensitivity .............. ≤0.5% of measuring range to maximum input rangeInput Voltage ............................ 600V AC rms continuous (absolute maximum)

Since 1976

Watt+Watt Hours TRANSDUCERS

OUTPUT SPECIFICATIONSOutput Variables ................. Pulses (WattHours) and DC mA or DC V (Watts)Ripple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

To calculate the actual WattHours and Watts for each output pulse, the CT and PT ratios have to be factored in Watts = (CT Ratio) X (PT Ratio) x Nominal Watts

WattHours per Output Pulse = (CT Ratio) X (PT Ratio) Nominal Pulses /WattHour Calculation example: For Single phase 2 wire, TWWH-12If CT = 200A:5A then CT Ratio = 40 PT is 3300V:110V then PT Ratio = 30 Watts = 30 x 40 x 500 = 600kW

If 1 pulse per WattHour is selected, the output will actually be 1 pulse per 1200 WattHoursIf 10 pulse per WattHour is selected, the output will actually be 1 pulse per 120 WattHoursIf 100 pulse per WattHour is selected, the output will actually be 1 pulse per 12 WattHours

ACPOWER230 V

L C.T.1

1S 1L 3S 3L

+ +FORW

PULSEOUTPUT

OUTPUT

DCOUTPUT+

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

CONNECTION DIAGRAM

PULSEOUTPUT

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

+ +FORW

OUTPUT

DCOUTPUT+

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

PULSEOUTPUT

+ +FORW

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

PULSEOUTPUT

+ +FORW

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TWWH-12 TWWH-13

TWWH-33 TWWH-34 TWW

Since 1976

MODELS OFFEREDTQH-12: 1 Phase, 2 Wire – 1 ElementTQH-13: 1 Phase, 3 Wire – 2 ElementTQH-33: 3 Phase, 3 Wire – 2 ElementTQH-34: 3 Phase, 4 Wire – 3 Element

VAR Hours TRANSDUCERS TQH

• Accurate measurement of the reactive energy (VAR Hours) of a single phase system with balanced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC Volts, representing the measured value of the active energy (WattHours, forward and reverse).

FEATURES

Since 1976

VAR Hours TRANSDUCERS

OUTPUT SPECIFICATIONSOutput Variables ................. PulsesRipple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

To calculate the actual VARHours for each output pulse, the CT and PT ratios have to be factored in

VARHours per Output Pulse = (CT Ratio) X (PT Ratio) Nominal Pulses /VARHour

Calculation example: For Single phase 2 wire, TQH-12If CT = 200A:5A then CT Ratio = 40 PT is 3300V:110V then PT Ratio = 30

If 1 pulse per VARHour is selected, the output will actually be 1 pulse per 1200 WARHoursIf 10 pulse per VARHour is selected, the output will actually be 1 pulse per 120 VARHoursIf 100 pulse per VARHour is selected, the output will actually be 1 pulse per 12 VARHours

CONNECTION DIAGRAM

OUTPUT+ +

ACPOWER230 V

L C.T.1

1S 1L 3S 3L

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

OUTPUT+ +

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TQH-12 TQH-13

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

OUTPUT+ +

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

OUTPUT+ +

+ +FORW

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TQH-33 TQH-34

Since 1976

MODELS OFFERED

FEATURES

TQQH-12: 1 Phase, 2 Wire – 1 ElementTQQH-13: 1 Phase, 3 Wire – 2 ElementTQQH-33: 3 Phase, 3 Wire – 2 ElementTQQH-34: 3 Phase, 4 Wire – 3 Element

VARs+VAR Hours TRANSDUCERS

• Accurate measurement of the reactive power and reactive energy (VARs and VARHours) of a three phase system with balanced or unbalanced loads.

• The output signals are isolated load independent pulses, repre-senting the measured value of the reactive energy (VARHours, forward and reverse) and DC mA or DC mV for the reactive power (VAR).

Since 1976

Output Variables ................. Pulses (VARHours) and DC mA or DC V (VARs)Ripple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

To calculate the actual VARHours and VARs for each output pulse, the CT and PT ratios have to be factored in VARs = (CT Ratio) X (PT Ratio) x Nominal Watts

VARHours per Output Pulse = (CT Ratio) X (PT Ratio) Nominal Pulses /VARHour

Calculation example: For Single phase 2 wire, TQQH-12If CT = 200A:5A then CT Ratio = 40 PT is 3300V:110V then PT Ratio = 30

VARs = 30 x 40 x 500 = 600kVAR

If 1 pulse per VARHour is selected, the output will actually be 1 pulse per 1200 VARHoursIf 10 pulse per VARHour is selected, the output will actually be 1 pulse per 120 VARHoursIf 100 pulse per VARHour is selected, the output will actually be 1 pulse per 12 VARHours

VARs+VAR Hours TRANSDUCERS

CONNECTION DIAGRAM

ACPOWER230 V

L C.T.1

1S 1L 3S 3L

+ +FORW

PULSEOUTPUT

OUTPUT

DCOUTPUT+

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

PULSEOUTPUT

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

+ +FORW

OUTPUT

DCOUTPUT+

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TQQH-12 TQQH-13

ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

PULSEOUTPUT

+ +FORW

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

PULSEOUTPUT

+ +FORW

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

TQQH-33 TQQH-34 TQQ

Since 1976

MODELS OFFERED

FEATURES

AC Power Factor TRANSDUCERS

• Uses Time Division Multiplication (TDM) for precision measurement of even distorted signals.• High accuracy ±0.5% of Rated Output (R.O.). • High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations.

TPF-12: 1 Phase, 2 Wire – 1 ElementTPF-33: 3 Phase, 3 Wire – 2 ElementTPF-34: 3 Phase, 4 Wire – 3 Element

• Accurate measurement of the Power Factor (Cos φ) of a three phase system with balanced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC V, representing the measured value of the Power Factor (Cos φ).

INPUT SPECIFICATIONSMeasuring Range ............... Power Factor

Lead (capacitive) 0.5 …. 1 …. Lag (Inductive) 0.5AC Voltage Input ................. 30 to 600VAC Current Input................. 0 to 5A ACFrequency ........................... 60Hz ±3Hz, 50Hz ±3Hz, 400Hz ±3Hz Burden ................................. ≤0.2VA per current circuit, ≤0.1VA per voltage circuit.Response Sensitivity ......... ≤0.5% of measuring range to maximum input rangeInput Voltage ...................... 600V AC rms continuous (absolute maximum)

Input Current ...................... 3 times the rated input current continuously. Overload Capacity 10 times the rated input current for 10 secs. 50 times the rated input current for 1 sec. 80 times the rated input current for 0.5 secs

Since 1976

AC Power Factor TRANSDUCERS

ACPOWER230 V

L1 C.T.1

1S 1L 3S 3L

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

Output Variables ................. DCmA or DCV (Power Factor. Cos φ)Ripple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

CONNECTION DIAGRAM

TPF-12

TPF-33 TPF-34ACPOWER230 V

L1 C.T.1

P2 P3P1

1S 1L 3S 3L

P.T.1 P.T.3

PULSEOUTPUT

+ +FOR

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

ACPOWER230 V

L1C.T.1

P2 P3P1P0

1S 1L 2S 2L 3S 3L

C.T.3C.T.2

PULSEOUTPUT

+ +FOR

OUTPUT

DCOUTPUT

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

P1P011

Since 1976

MODELS OFFERED

FEATURES

FREQUENCY TRANSDUCERS

• High accuracy ±0.05% of Rated Output (R.O.). • Frequency range from 45 Hz to 10KHz. • High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277) or screw mounting.• Many input and output signal combinations.

TF-1: Frequency

Accuracy ............................. ± 0.2% R.O. Standard for 10 to 100% of rated output ± 0.1% R.O. (Special Option)

Temp. coefficient ................ ≤100ppm/ºC of span ≤60ppm/ºC for ambient temperature of 25ºC ±10ºC

Temp. range ........................ Storage temperature range -20ºC to 60ºC (-4ºF to 140ºF) Operating temperature range 0ºC to 50ºC (32ºF to 122ºF)

Humidity range ................... Up to 95% RH non condensingIsolation ............................... Between Input/Output/Power/CaseDielectric test ...................... DIN-IEC 688

Surge test ............................ DIN-IEC 255-4, ANSI C37 90a/1974 5KV(1.2x50 µs)Insulation Resistance ........ Greater than 100 M Ω at 500V DCHousing material ................ ABS Resin(94V-0) or metalMounting ............................. Screw mount on metal case or Plastic case on DIN Rail 35mmAuxiliary Power................... AC 115/230V ± 15%, 50/60Hz, 3VA

• Accurate measurement of the Frequency of a single or three phase system with balanced or unbalanced loads.

• The output signals are isolated load independent DC mA or DC V, representing the measured value of the Frequency.

Since 1976

OUTPUT

OUTPUT+ INPUT

+12V Auxiliary

Power for Sensor

ACPOWER230 V

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18

Output Variables ................. DCmA or DCVRipple ................................... < 0.5% of rated output. Peak to Peak (maximum)Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)Load Resistance ................. 10 kΩ maximum for 0 to 1mA output

FREQUENCY TRANSDUCERS

CONNECTION DIAGRAM

AC Voltage Input range ...... 2V to 200V AC or 30 to 600V ACFrequency ........................... 60Hz ±3Hz, 50Hz ±3Hz, 400Hz ±3Hz Burden ................................. ≤0.2VA per current circuit, ≤0.1VA per voltage circuit.Response Sensitivity ......... ≤0.5% of measuring range to maximum input rangeInput Voltage ....................... 600V AC rms continuous (absolute maximum)

INPUT SPECIFICATIONS

Since 1976

MODELS OFFERED

FEATURES

TD-1: DC Volts or mA

GENERAL SPECIFICATIONSAccuracy ............................. ± 0.1% R.O. Temp. coefficient ................ ≤100ppm/ºC of span

≤60ppm/ºC for ambient temperature of 25ºC ±10ºCTemp. range ........................ Storage temperature range -20ºC to 60ºC (-4ºF to 140ºF)

Operating temperature range 0ºC to 50ºC (32ºF to 122ºF)Humidity range ................... Up to 95% RH non condensingIsolation ............................... Between Input/Output/Power/CaseDielectric test ...................... DIN-IEC 688

Surge test ............................ DIN-IEC 255-4, ANSI C37 90a/1974 5KV(1.2x50 µs)Insulation Resistance ........ Greater than 100 M Ω at 500V DCHousing material ................ ABS Resin(94V-0) or metalMounting ............................. Screw mount on metal case or Plastic case on DIN Rail 35mmAuxiliary Power................... AC 115/230V ± 15%, 50/60Hz, 3VA

DC Volts or mA TRANSMITTER ISOLATOR

• High accuracy ±0.2% of Rated Output (R.O.)• High immunity to external noise.• Quick and easy mounting to 35mm DIN Rail (DIN46277)• Many input and output signal combinations

• The DC to DC Isolation Transmitter can receive various DC Voltage or Current signals and can output desired voltage or current signals isolated from each other

Since 1976

Output Variables ................. DC Voltage (0~10V) DC Current (0~20mA)

Response Time ................... < 400 milliseconds to go from 0 to 99% of outputZero Adjustment ................. ± 5% of rated output (minimum)Span Adjustment ................ ± 10% of rated output (minimum)

CONNECTION DIAGRAM

1 2 3 4

5 6 7 8

OUTPUT INPUT

230 V115 V

OUTPUT+

INPUT+

Metal Case Plastic Din Rail

1 2 3 4

5 6 7 8

OUTPUT

INPUT+

DC Voltage .......................... 0 to 600VDC Current .......................... for current input can be obtained from shunt

INPUT SPECIFICATIONS

DC Volts or mA TRANSMITTER ISOLATOR

Since 1976

CASE DIMENSIONS

Fire Retardant, ABS Case DIN Rail Mounting

” (1

0.6” (15.2mm)

1.38” (35mm) Rail (DIN 46277)

3.15” (80mm)

” (6

Case C

Metal Case, Screw Mounting4.

4.06" (103mm)

3.50" (89mm)

3.03" (77mm)

No.8-36UNFM4 Screw

Case A

450 State Place, Escondido, CA 92029 • For ordering info call: 1-800-TEXMATE (1-800-839-6283) or 760 598-9899• Email: orders@texmate.com • 24 Hours • Fax: (760) 598-9828 •• For tech assistance call: (760) 598-9899

CASE DIMENSIONS - CASE A & C

Since 1976

CASE DIMENSIONS

Fire Retardant, ABS Case DIN Rail Mounting

Case BMetal Case, Screw Mounting

Case D

4.80" (122 mm)

0.748" (19 mm)

4.75" (120.65mm)

5.35" (136 mm)

4.33" (110 mm)

1.50"(38.1 m

2.83" (72 mm

3.74" (95 mm

No.8-36UNFM4 Screw

” (9

4.45” (113.0mm)

” (1

0.6” (15.2mm)

1.38” (35mm) Rail (DIN 46277)

450 State Place, Escondido, CA 92029 • For ordering info call: 1-800-TEXMATE (1-800-839-6283) or 760 598-9899• Email: orders@texmate.com • 24 Hours • Fax: (760) 598-9828 •• For tech assistance call: (760) 598-9899

CASE DIMENSIONS - CASE B & D

HIGH ACCURAC LEGENDAR RELIABILIT FAST DELIVERY … Transducer...TV-1 1 Phase, Avg se nsing Volts RO1...

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