Appendix A

Brass CraftUPC Table 12-10

I~UVI.IVIILllllJdll" vUIUlld, vdlllUllllct" vi. IIIUllla~, UlllctllU, vctlldUa

CORRUGATED GAS APPLIANCE CONNECTOR FEATURES & COMPARISON

• Utility Rooms• Pulse Combustion Furnaces (AGAL)

• Rooftop HVAC Units

Working Pressure:

Rated for standard line pressures up to 1/2 PS.1. (max.). Every single connector is100% pressure tested for leaks at the factory before shipment per AGA standard.

,;criplion:An indoor appliance connector for connection of stationary

gas appliances to residential gas piping systems.

Use:

I May be used with natural, manufactured, mixed, liquefied petroleumgases, and LP gas-air mixtures. Developed for use in:• Household Kitchens

I • Laundry Rooms

• Forced Air Heating Units

• Utility Rooms

Malerial Specification:Tubing - Seamless, C2600 brass per ASTM B251 and ASTM B135

with epoxy powder coating.

Nuts & End Fittings - Extruded brass: C36000 per ASTM B16Steel: Bright blue zinc or cadmium plated 12L 14and 10L10.

"erating Temperalure:For indoor use, brass connectors have a temperature rangeof 32°F to 125°F.

Bend-Ability:Uniform corrugation helps avoid collapse of the tube on sharp bends.Brass connectors meet or exceed industry standards for bend and torque

testing without leakage or damage to the tube or fitting.

Description:The strongest, most corrosion resistant appliance connectors of their

type available. For both indoor and outdoor connection of stationarygas appliances.

They are more resistant to crushing, kinking & cracking under normal use

conditions than coated brass, thereby providing for a longer more durableservice life. Check with Brass Craft for a complete listing & further information.

Use:

May be used with natural, manufactured, mixed, liquefied petroleum gases,and LP gas-air mixtures.The added protection of stainless steel is especially useful in areas where the

natural gas has a high sulfur content.Developed for use in:• Household Kitchens

• Laundry Rooms

• Forced Air Heating Units

Malerial Specification:Tubing - Uncoated, Type 304 stainless steel, a standard austeniticstainless steel with a high chromium content. This connectors safe, solid,

one-piece construction has no soldered joints. .

Nuts & End Fittings - Bright blue zinc plated 12L 14 or 1OL10 steel. Fittings

meet 72 hour salt spray test for corrosion resistance. Stainless steel

connectors are provided only with steel flare nuts for durability and safety.

Operating Temperature:For outdoor use, stainless steel connectors have a wider temperature rangefrom -40°F to 150°F.

Bend-Ability:Stainless steel is the strongest appliance connector of its type available andcan withstand even more torque and bend cycles than brass because of the

greater number and depth of corrugations.

o

Tesl Requirements (ANSI):Torsion Tesl- Brass Craft connectors are able to withstand more than 15 applications of 90 degree

twists in alternate directions without leakage or damage to the tubing or fittings.

Bend Tesl- Brass Craft stainless steel connectors are able to withstand more than 70 bends without leakage or damage

to the tubing or fittings. Also, brass connectors are able to withstand more than 30 bends.

Designed and manufactured in accordance with (assembledconnectors):ANSI Z21.24· CGA 6.10 - American National Standard/Canadian Gas

Association standard for connectors for gas appliances.CSA - Design certified by CSA for indoor use.

MEA 370-85 - Approved by City of New York.

Designed and manufactured in accordance wilh (assembled conneclors):ANSI Z21.24 • CGA 6.10 - American National Standard/Canadian Gas

Association standard for connectors for gas appliances.

CSA - Design certified by CSA for indoor and

outdoor use. (CSA-US 3-87)AGAL Contract No. 8204. Tested and accepted by American Gas Association

Laboratories for Vibration Resistance to 25 years.

Specified by many gas utilities and local code bodies.

*AGA (American Gas Association), CGA (Canadian Gas Association) and IAS (International Approval Services) are trademarks of CSA International.

'nd CGA were merged into lAS, which was subsequently purchased by CSA.

~" logo will begin to replace the ~ and M logos effective July 1, 2000, to be completely implemented July 1, 2002.c us DESIGN CERTIAED o

I:SraSS(;raTT~ Novi, Michigan· Corona, California· SI. Thomas, Ontario, Canada

GAS CONNECTOR PART NUMBERING SYSTEM

example

charactersSSC1P-12

1 2 3 4 5 6

Characters: 1, 2 (plus prefix) Designate Diameter & Style of Connector

sse Stainless Steel-1/2" 1.0. (5/8" 0.0.) Tube* se Brass -1/2" 1.0. (5/8" 0.0.) Tube*

SSO Stainless Steel- 3/8" 1.0. (1/2" 0.0.) Tube SO Brass - 3/8" 1.0. (1/2" 0.0.) Tube

SSL Stainless Steel- 1/4" 1.0. (3/8" 0.0.) Tube SL Brass - 1/4" 1.0. (3/8" 0.0.) Tube

SST Stainless Steel-1/4" 1.0. (3/8" 0.0.) Tube, Fr Brass -1/4" 1.0. (3/8" 0.0.) Tube, 9/16"-24 Fine Thread9/16"-24 Fine Thread ST Brass - Fine Thread Connector Nut x Nut

*7/8' 0.0. At Corrugation-15/16"-16 Thread.

Characters: 3, 4 Designate Type and Thread/Size of Fitting or Valve

Fitting:

1 3/4" M.I.P. Straight (Tapped 1/2" F.I.P.)

2 3/4" F.I.P.Straight3 3/4" F.l.P. Elbow

4 1/2" M.l.P. Straight (Tapped 3/8" F.l.P.)

5 1/2" F.l.P.Straight

6 1/2" F.l.P.Elbow (For SL connector only)

7 3/8" M.I.P. Straight (Tapped 1/8" F.l.P.) (For SO and

SL connectors only)

8 3/8" F.l.P.Straight

NN Nut x Nut (connector less fittings)

Valves:

J Ball - 3/4" F.I.P.Straight

K Ball- 1/2" F.I.P.Straight

M Ball - 1/2" F.l.P.Straight (for SL connector only)

P Ball - 3/4" F.l.P.Angle

BALL - Ball Valve

Characters: 5, 6 Designates Nominal Length in Inches

Standard Lengths: 12", 18", 24", 30', 36", 48", 60", 72"

All brass connectors have brass nuts.

All stainless steel connectors have steel nuts and fittings.

Nominal length includes adaptors. Valves are approximately 1" longer.

~-

EXAMPLE: SSG1 P-12 Designates:

SSC - Stainless Steel, 1/2" 1.0. (5/8" 0.0.) Connector

1P - 3/4" M.l.P. Straight Fitting x 3/4" F.l.P. Angle Ball Valve

12 - 12" Nominal Connector Length with End Fittings Attached

3

FUEL PIPING

TABLE 12-10

Capacities of Listed Metal Appliance Connectors for Use with Gas Pressures

.Less Than an Eight Inch Water Column

Table 12-10

Capacities for Various Lengths, in Thousands Btu/h(Based on Pressure Drop of 0.2" Water Column Natural Gas of 1100 Btu/cu. ft.)Semi-Rigid Flexible Connector

Connector Nominal 1.0.,

0.0, Inches Inches 1 foot 1-1/2 feet 2 feet 2-112 feet 3 feet 4 feet 5 feet 6 feet

Ranges and Dryers OnlyAll Gas Appliances3/8

1/428232019171/2

3/866544744415/8

1/21341109588823/4

2852332021881741

567 .467405378353

72 63 57

Notes:

1. Flexible connector listings are based on the nominal internal diameter.2. Semi-rigid connector listings are based on the outside diameter.3. Gas connectors are certified by the testing agency as complete assemblies, including the fittings and valves.

Capacities shown are based on the use of fittings and valves supplied with the connector.4. Capacities for LPG are 1.6 times the natural gas capacities shown.

Example: Capacity of a 1/4" flexible connector 1 foot long is 28,000 x 1.6 = 44,800 Btu/h

TABLE 12-10 (Metric)Capacities of Listed Metal Appliance Connectors for Use with Gas Pressures

Less Than a 203 mm Water Column

Capacities for Various Lengths, in Thousands Watts(Based on Pressure Drop of 50 Pa Water Column Natural Gas of 11.4 W/L)Semi-Rigid Flexible Connector

Connector Nominal 1.0.,

0.0, mm mm 305 mm 457 mm 610 mm 762 mm 914 mm 1219 mm 1524 mm 1829 mm

All Gas AppliancesRanges and Dryers Only9.5

6.48.26.75.95.6512.7

9.519.315.813.812.91215.9

12.739.332.227.825.82421.118.516.719.1

83.568.359.255.15125.9

166.1136.8118.7110.8103.4

Note: See Table 12-10 (English units).

Example: Capacity of a 6.4 mm flexible connector 305 mm long is 8204 x 1.6 = 13126.4W

117

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Application No: 25??oo 1641

SPEOFICATIONS

Date Issued: October 11, 1999

1. The maximum operating pressure is 1psig.

2. For use with natural and liquefied petroleum gases.

3. For vertical installation only.

4. The minimum and maximtllll ambient temperatures are -lOaF and 150°F, respectively.

5. The 1.0 in. water coltnnn prel)sure drop capacity (based on 1,000 Btu per cuft, 0.64 specific gravity gas) is asfollows:

Model Number

XX-090-075XX-150-075XX-300-075XX-300-100XX-350-075XX-350-100

* Tested at 0.7 inch pressure drop.

Flow (Etu per Hour:)

80,000125,000210,000210,000220,000240,000

6. The closure flow rating (based on 1,000 Btu per cuft, 0.64 specific gra"ity gas) at an inlet pressure of51l inchwater column is as follows:

Model Number

XX-090-075XX-I 50-075XX-300-075XX·300-100XX-350-075XX-350-100

Flow (Btu per Hour)

90,000150,000300,000300,000350,000350,000

7. The by-pass flow rate is 5,750 Btu per hour (based on 1,000 Btu per cuft, 0.64 specific gravity gas).

8. This design employs a gravity assisted automatic reset

9. The Nos. (QB,GB,GP) series may employ the following model number designation:

Old Model Number

UVQB070, GASP300-1UVQB075, GASP350-1UVQB 100, GASP350-2UVQB150, GASP 150-1GASP090-1

New Model Number

(QB,GB,GP)-300-075(QB,GB,GP)-350-075(QB,GB,GP)-350-100(QB,GB,GP)-150-075(QB,GB,GP)-090-075

'.i'

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QuakeBreaker 1 GASP Mood ISOVALVE SPECIFICA nONS

Model # UVQBl50 - 3/4'" IPS PipeMood # GASPl50 - 3/4" IPS Pipe

3/4"

UVQBl50

314'"

GASPl56

DIMENSIONS AND WEIGHTS

Diameter Size:Nominal Outside Diameter :

Length :Weight:

3/4" IPS1.050"4 inches

App. 179 grams(6.3 ounces)

3/4"lPS1.050"4 inches

App. 179 grams(6.3 ounces)

OPERATING CHARACfERISTICS (Valve Operating Temperature is -20 to ISO degrees Fahrenheit)

Minimum Operating Pressure :Maximum Operating Pressure :

5"w.c.

2 psig

3" w.c.

2 psig

Maximum Operating Pressure Drop across Valve at closurefor all Wet Pressures - Range : 1.10-1.30" w.C. LlO-1.30" w.c.

Rated Flow Capacity at 3" w.e. Inlet Pressure and.apressure drop across the Valve of 1" w.c. : NlA N/A

5" w.e. Inlet Pressure

Nominal Rated Closing Flow Rate : 150 semRated Closing Flow Rate - Range (SCFH): 140-160Pressure Drop across Valve at 125 SCFH Flow Rate - Range : 0.80-0.90" w.c.Bleed-by {bypass}Flow Rate after Closure - Range: 1 - 5 SCFH

150 SCFH140-1600.80-0.90" w.c.0.5 -5 SCFH

2 psig Inlet Pressure

Nominal Rated Closing Flow Rate : 160 semRated Closing Flow Rate - Range : 150 - 170Pressure Drop across Valve at 275 SCFH Flow Rate - Range : 0.60-0.80" w.c.Bleed-by (bypass) Flow Rate after Closure - Range: 1 - 10 SCFH

MATERIALS OF CONSTRUCTION

160 SCFH150-1700.60-0.80" w.e.1 -10 SCFH

pounds per square inch absolutepounds per square inch gauge

psla:psig:

Steel Pipe Body : ASTM A 53-94 Galvanized Steel PipeInternal Valve Body & Valve Float: Celcon M90 AcetalFlow Label : Vmyl

NOTE: Flow Rates given in Standard Cubic feet per hour (SCFH) of 0.6 Specific Gravity (SG), 1000 BTU percubic foot gas. Data is based on standard conditions of 14.7psia and 70 degrees Fahrenheit

Abbreviations :

SCFH: Standard Cubic feet per hourSG: Specific Gravity••w.c.: Inches water column

c : QB150TS 9/10/%

22-

/ GASP MGas Appliance Safety Product<Atificd by lIacAmcricaa Gas AsaociNioa 10.-

NabInl Gas -.I Propae Applicatiom perLow Pn:ssun: " Aulomatic Reset"

- A.G.A R.cquircmeats for Exccu Flow YaMs. No. 3-91"

Excess Flow Valves3" water column to 2 psig inlet pressure

The GASP valve is an automatic safety shut-off

valve for protection from breaks in individual applianceservice lines. The valve is installed just upstream of the1/2" manual shut-off valve rpetcock") and flex hose thatconnects to the water heater. Refer to FIG. Ion reverse ~.for installation diagram. t'---'l

DlMENSIONS AND WEIGHTS

~. terSize: 3/4" IPS (1.050" Nominal O.D.)Length :

4 inchesWeight:

App. 179 e:rams(6.3·ounces)Performance and Application Information (See FIG. 1 for installation diagram)GASP Model

Inlet/OutletGASP InletMaximumGASP TripValve OperatingNumber

ConnectionPressure•LoadPoint - NominalTemperature090

3/4"NPT3" w.c. min.6O,OOOBTU9O,OOOBTU20"F to 150"F

..

...' .., 2psig~... -",:;:

." ~.... , :.._.' .". "

Technical InformationGASP ModelInletM' rw.c.) Across GASPGASP Trip

NumberPressure@ Given SCFH Flow RateFlow (SCFH)

204060Trio

090

3"w.c..10.20.30.60-.780-100mm.

- All flow rate values given in Standard Cubic Feet per Hour (SCF1I) 0.6 Specific Gravity (SG) gas. To convertSCFH to BTU, multiply SCFH 0.6 SG gas (with a heating value of 1,000 BTU per cubic foot) by 1000. Forexample: A hot water heater requiring 60 SCFH would have a rating of 60,000 BTIJ (60 X 1,000 = 60,000).MATERIALS OF CONSTRUCTION:Steel Pipe Body :

ASTM A 53-94 Galvanized Steel Pipe,Internal Valve Body & Valve Float:

Celcon M90 Acetal-- .

Flow Label:Vmyl... -

The 1I:clIli;a1daJaCCIlIlIinodbaeio are guiies to be use d GASP

IUMAC IINCORPORAlEDVaIYcs. The:advi:e caIIaD::d bcn:i16 bBscd UJXIltcsIs lIIldmtinmIicn

beCved b be reiablc, Iuuscn sba*I net rely I¥Jl i absciJIcIy 120 South sap Road Exton, PA 19341fa specific anii ati If; It is gM:n IDJ acceped at usa's mk IDJ CCIlfnmti:n dit's vUIiry m:i sU1abity It pri;tiar cases sbcdi

1-800-524-0566 FAX: 610-5~be d:GD:d B1cp::ode4ty. UMAC,lncapaatedrmb:s oogaradi:e d rc:suMslIIId8SSIIJICS00 dliptim a iaI:UIy It cuacti:n ~

lNAC ~ poi:y. OM: of<:clltiloooti ~

it's advD:. This p.bicatial is net n be tlIcen as a i=lSC 10~aDd develDpaaat. The QlrqIMy RS•••••• lite '9to cha,,!c • ""'

IDi:.r a recmm::niati:n to ~ any JlIlemS.

calms ud drocluce inpfIIv<lCI clap ~ IIOticc. PaIaIlcd.··

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Certificate of Compliance

Certificate Number: 190135-2500007894

Revision: - Original Certification Date Issue:' January 25, 2000

Issued to: Sanders Valve5757 Robertson Ave. Suite DCarmichael CA 95608

Attention: JRmesllcrshberger

us

PRODUCTS

C337t·87SCV·I, SCV·IB excess flow valves

Issued by:

Signature:

James 1. Horvath, PECleveland, OH USA

CSA-US 3-92 (Formerly A.G.A. 3-92) Requirements for Excess Flow Valves

MARKINGS

All markings Rre in compliance 'wilh the nhove mcntioncd rcquircmcnl!;. Samplc!; are contained in the maincertification report.

DATE ISSUED: 01/21/2000DATE REVISED:

Report Number 180135-2500007894

MODELS COVERED

AMERICAN GAS ASSOCIATION.,

EXCESS FLOW DEVICES

InletOutletCAPACITY(BTU/HR)MODEL NUMBER

LOWHIGH

Trade

Name:SANDERS

For Use with Natural

andLiquefiedPetroleumGases

SCV-l,

SCV-1B 1 NPT(M)1 NPT(M)30,000950,000

The above capacities are based on a gas having a heating value of1,000 Btu/cubic foot, 0.64 Specific gravity at 1.0" wc pressuredrop.

T"A.PMO /,T,TH /2 000 Paqe 2 or 9

DATE ISSUED: 01/21/2000DATE REVISED:

Report Number 180135-2500007894

MODEL NUMBER BREAKDOWN

SCV-l An automatic resetting excess flow valve hsving l"NPT(M) x1" NPT(M) inlet and outlet.

SCV-IB Same as SCV-,l except the exit Slze is .688" instead of.460"

Both of these models may be configured in any of ~ix ways, usingdifferent sized washers as noted below:

Cl Valve consisting of a valve body using two solid side plug,adjusting screw assembly, compression spring, long poppetand sliding wedge. The adjusting screw assembly is on thetop of the body.

C2 Same as Cl except 0.300 thick spacer is employed.

C3 Same as C1 except a 0.200 and a 0.300 thick is employed onewasher is on each side of the compression spring.

C4 Valve consisting of a valve body using two solid sideplugs, adjusting screw assembly, compression spring, shortpoppet, and sliding wedge. The adjusting screw assembly isplaced in the middle hole.

C5 Same as C4 except a 0.100 thick spacer lS employed ..-

C6 Valve consisting of a valve body using two solid sideplugs, adjusting screw assembly, compression spring, shortpoppet, and sliding wedge. The adjusting screw assembly isplaced in the bottom hole.

The C numbers identify the maximum and minimum clow capacityrange of the control as indicated below:

No. minimumCl 30,000C2 37,500C3 50,000C4 72,500CS 35,000C6 52,500

maxlmum575,000887,500768,750950,000850,000825,000

The above capacities are based on a gas having. a heating value of1,000 Btu/ ft), 0.64 specific g:x:.a.,.ity'.:ar- I.':"Q'"W" WC"".pressure drop.Multiply the above capacities by 1.62 for a gas having a heatingvalue of 2500 Btu/ft3, 1.52 Specific Gravity.

- .• -,.,.... I ..•....•.TT Jr""'\nnr'\

LA

p. 10STRAND EARTHQUAKE CONSUL (3101 473-1366

~.. "I (:.:

CONFIGURATION.CHART PAI2..T OF121<. '? '5'2.~

4- 4 - 0 \The following is In overyiew of lhe'one-indt Sanders Catastrophic Safety Shut offVah:c. The vaJues shown helo\\' ,viII show just what a broad rage of operation ~vah'e has proved itself in. \Virh only Ii slight reeonfigurmion the SCV-l & SCV-IBwill provid~ safety nnd -protection in bOth NatUral Gas and Propane.

11 01 01:18p->ep

Gas ValveConfigur~[ion BUYsDrop~pringS\stem

Model ThousandthsW/C

2 lb.

!'J.G. SCV-I C-J26 TO 394O.S'350

2 lb.N.G, SCV-l C-4394 TO 763O.~350 Poppet

LongShort

lib. ~.G. SCV-I C-l26 TO 421O.5~350LongI lb.

~.G. SCV-I C---l421 TO 789O.Y'350Short

I lb.

L.P. SCV-I C-I41 TO 574O.S'350LongIlh.

L.PSCV-I C·..+574 TO 1,2310.5"350Short

I .• m. ~.G. SCV-18 C-l26 TO 368O..r350LongI .• In. ~.G. SCV-I B

C--i368 TO 5780.5'"'350Short

I J In. L.P.

SCV-IBC-l 41 TO 5740.5~350LongI-J In. L.P.

SCV-18C·...j574 TO 903O.sr.. 350Short

II In. l.P.SCV-IB(-I41 TO 574- 0.5"351Long.II m. L.P.

SCV-IBC·{J574 TO 1,190O.S'.- 351' Short

..... --:~.•..~"""'_ ..•... ~~"....,.~~_.•......---------------

..•. '.

J 10.N.G. SCV-II3 (-126 TO 289O,5~352Long

iln:'\l.G. SCV-JD C-6-289 TO 5000.5"352Short

7 in.

\J.G. SCV-IB C....•500 TO 578O.S'"351Short, 7 in_N.<i.SCV-IBC·~578 TO 789O.~'350Short

PACe: -4 of"

Nov (lS 01 0<1:31.3 STRAND EARTHqURKE CONSUL

~~

(3101 473-1366 p.2

.- -.Certificate of Compliance

CeI1UIa.te: 1103575

~t: . 1202377

Master C.-tract: 20U09

Date Iswed: 200tlOSlO3

hs.ed to: Map._ JfIo I".21~ North Smltt&Ave.Coreu*~ CA 91720USA

Attotlolll: James Scanlon

The products listed below are eligible to bear the CS'A Mark shownwith adjacent indicator ruSt

~.US

monucrs

Wiled. br, Mr. Matthew Medlen

~~A

Authodzed by: George ~Operation. Manager

J371-111

Mqdd. NumberI:x~s FloWClafd( V.ln.!Trade N:laM: SaCcey+PlusFl)I" Use Widt Natuni. lUll.! Prop.ne C:nea

FBAV4366PBAV4I6!FnAVU36PBAV4818FBAV ••812fBAV4111511

fBAV~S1512fBAV4666FBAV4668PBAV~FBAV46S11

Sizs:

J/8 M x 3J8 fl.Comb. 112 M x J/8 F ]I. 318 fl.

318 toe It l11 fl.Comb. i/1 M x. 318 F It 1f2 flComb. 1/2 F x 3'" M:It 1/2 n.

Comb. 1/2MJt 31'8 F It 1511611.

Comb. 112F x.3/4 M It 15/16 n.COIl'lb. 1/2 M X 31ll F It 318 n.Comb. 112F x. 3/4 M x 313 n.Comb. lIS F J( 1/2 M X Inn.Comb. 1/2 F x 3/" M ll. 1/2 IL

lM W ilOdi<:llCor~;M>t<U ta \lie CSA 104msi6mJia II"" (he """""" R" bo:t,,<:V"lIIo.~" '" 1M "'l'P1iul.ble ANSIiUL. stu<bl'ds. ~ IIS<:l.llIe u.s. llli! ilIQ1Udc1

f""luc1I c:nMibio 10 be ••. ,he NR"fL indic"",c. N R.TL. i.~.t'bci •••• R«:"S"lx"" TcSliotll UOnnI«Y. i~•.dnil"atlQ'l paled \Iy <he V.s. 0ocU\l->ri<n1a1SaJt:ty oiMIlk>oIlh~lIon (OSHA} kllabotAlUria ••••Mdt ~vc ball r=opiL06 _ ~r(001I~11cation 10U.s. Swlolwh.

DQO ~OlW0 IOClClJOo4Il1

"

Nov 05 01 09:31a

..

STRAND EARTHqUAKE CONSUL

~\~C$A INTUIUTIeNAl

(3101 473-1366

;N]·-3

p.3

Certificate;

PrOJed:

FDA.V4'812PBAV44ISSPBAV,"lSl1fBAV6166FBAV6168.I'BAV6186l'BAV6188MJAV6lU5FmAV61138P8AV611SlS

1103S7579169

1202371

.- .---.Mwer COIltrad: 20 1109

n.te: 2001105103

3M Fx 11211.

Comb. 112F x3f.4 M X 1$116 a.J/4 P x 1S/16ft.

CoIIIb. 3181:8 s 112M x JIIiLComb. In Fax 3U W x 311ft..Comb. 3/8 FR It lJ2 M x 112 d.Comb. 1t.l FR It 3J4 M x 112ft.

ISJI6FflxlJ2ft. ­Comb. 1/2 Fft x 314 M x 1311' a.

15116Flh l~l6tl.

APPUCABI,E BEOUJBEMENT;:i

CSA Rcquin:maK 3-92 U.S. Bxcas Flow ValYe3

SCd WcH0:t;a tOOC C0 'NON

Nov 05 01 09:34a STRAND EARTHQUAKE CONSUL

1·<=------2.,.~-"'""'::

(310) 473-1366

)

p. 10

/11--/D

SPECtFICAliONS

Row RQ\InU Q 1" w.e ..•.p: 90 1idh Natural Ga.

C10eum Row R8Ung: 160 !lclh Na\UI'atGe.

CIOSIM Flow .•.p : 3.e" w.e,

Dy-Pa&sFlow~ting (mBll e- 3" w.e ..•.p): 1 $(111Natural Ga3

Maximum OpiMQlklg PT.mur.: 0.5 pdg

ltllot PIpe SIze: ~" FPT <It ~. FPI

Ovttel FlUklg Si~13: 45" SAE r-.N1.~' Of101."

lne\all6liofl Orlenlalion: Omnl-Oirecllona(

Reu\:

EXCESS FLOW FrmNG • NATURAL GAS

MARSHALL BRASS INC. /)01 1oq--J , 0357 SMARSHALL, Ml 49068 c/.

0\

...•xr~?"__ cC':'---l _LL.J:t:1"G.LM Cg XClGl? 2Q. -1":',_Ot-.!

STRAND EARTHqUAKE CONSUL (310) 473-1366Nov 05 01 09:41a

FRO'1 :

CIRCULARPUSH-ONInICPWI --.we

. 5005

P110NE NJ. 510 441 71a14

p. 16

I'bv. ~ 2001 09: e'3PM P42

)11~/b

s

secUoll J.I

APPlICA110HDATA

THlc~ns:tHOUSING

TRUARC_.•..I.... ,..., I. Ul'1.- ,DIAMETER RINGDIMENSIONS,I.es- r ••. , ••••• _ ,'IIaI ••" ••••I(r.~. tl) d.c••••••.oez- I. INl1olll. ______ •

•••• .2;.OCU

"1l;:;.0e2

INTERNAl

_."'".11<1-'SERIES

•••••-:.•••••••••••f,_._u 1-~f•• •• of",•...••. 5005

INSIDE-.,•..la •••.,tTre\.lftt4h<:1oro.1

...." .OIAJolETER

No •~1\lOale.1_lIII\""""'.~I ,,,,,... ot"-A••••••-",..cnto ••••

••c~•••••• -••••••of_I •••

Pl"OI\lSS S,ize-Ito,1.0.tol. Ibs..1M.b.Ibl.Zlf_I,

.JII.:1.1/(.SOOS·ll.IU•to.Il .l)C1I

-1104

.)110!~$005-l7·IIS,IS••• .~.._- ;::.OCS.060

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.~.';SOOS-S'lH•SO.n .0040

.Ul.U7,-w~·n.no"'5.)0 .040..

J••~~\1~a . SOlIII 15.U.060- .Ill .an" ;:;.\1111

., ~oo~·.,.'-X• 10.15.060.9]'

.••.u..•..eous·u.~I10 n,IS.0"--:iii""'

1.002I'OO$·lOQ.15010 15.,..~1.''- ~L I:~_5OQ~~~.-=-~!.~ (,0..I.S.0"0

_ ...... - .....!:!!.!.-I.Jt91".••50n-'JII.~~.al~-~ l~2.111)..

'-5Qii;~i;o'""-'-I.'''' ....1~LI" .1.IIlo!....

12 "I.'.~-SOcI$"i"L"

-----.!~- .J:~~~__J_:~_.. I.ue"".01012 ~\t.l.ll~--.-'- l.gee 2.Ql"l,.~".lVQ"'00I" U:1.<1.C50

NOTES,

A. ALlOWA8LE 'tHIIUST lOAD: Al"'''uble lhrnl I.<lds IIsled t•••.e.Dc!Iriall" Illj(kl\~~ 31'1)'~ '1nl)' l.I) ri,,~.tnlld" lOr nub!", 'I.rlh~.hel(SA!'; l{J('O·lll!lUl •••. ~ll1inl~SK s(l'elll'll l!i·? Mo (If' Ml'Jiv3lul: AISI632·AMS 5SZ0l, jll!-I.'lUN ill Sulll:1ild r"II,·d .t.,"! buo-n wlt"in the

Ii£ltd l1i"lIoc(cr ran(e.

II.. ASSEM Bt'l TOOLS: !>~•.i•.i> SOIl!> ril\j..~ <",II'1.1' ill.l••l1.,,} quicklyill bor~ I\'ilh ~illll'tl"1'11II'J:'l'l"·lyl''' l,·al~ ~i1llibrl'llhQsfI ~ho"'l\far exll'!'nal \'illl!~ nil !'af''' 9&. In"I(';loI uf :I ."bular I1l11ncer.

h{'\1·('ver. n ~oljJ ['Iun,!cr :lilt! ,1"cYC! orc 1I:!r.;!. "'"IdceKolllnour. 111("., .hl('l 1101 1II:l.\IU f:>c I 'll~ tol1,h la.k bllt ",III pr/)oviele c1ct."l11dr:l\,'ill~~ on h.'quelL

t. D.·1-,

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It(

100

OrTRUARC R.ETAININC RINGS DIVISION

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Nov 05 01 OS:44a STRAND EARTHqUAKE CONSUL (310) 473-1366 p.lS

Jul U~ uU U~~~~P

'1'HI'iI05 YOU WILL N!I!O"tO INSTAll. THJSSAFI!'n'+ GAS CONNeCTOR:

NQTe: ~ '- .""...... •••••• .,. JO'I ~ • ~SEALWCHECJCII'I-.idcA tit-.tti'l hQ 4IrlGUllttWu-.d ~WId •••• ~ ICW••• 1MtIIIa-.n. n-.III no ••••• M4 ~

rilQ't n.-d to t'Uy lluv- ~ '!till ~ 40 Me ftMCl

USES FORTH'S COHNEC1ORIIfMift

c

o

to. tN8TAUA11OH: L) llJffl off g;a at ••••• (,r ••.• II no ••• -lire A anc8 betoW-tnaid. OIlS ~ •••• aaft\li cdtll/I ~ •• 1tI1e bag10 IMuIfcomoct ~1llnQ') b.) TIWIClOIIwledOt' h.a the $AI"I!Tl'4' ~ 3tllA-ot.

.,.,..,. irI 1M ~. ecs..,. IIt*lcI- Thl. lilting•••.•••be !lIlIIaIiad -"h __

going In tM rf,ghtdhdta. at 1M gas plp8 InSetNOT .x ltle ~ance. Th.~".,. rrtfI1f be •••• 8d onto ~ ltIree.d:s Of Ifr~ onwIJId8lIng •••• ~ - _ IrorII of _ fDt aaa ~ rrqt.l~l.

c.) FClIIlI ~ 10 ~ __ ~ d.) ~ MAGHE-SeA1.bMli .-.nt 10PF- ~ ontt ••• hand ~ lldIliIMr lIltkIg and~ to IClPIence Ind ~ In. $AR!J'Y+ ••••• fIlM ~ 10QO;II ~ e.) ww.ah IIQhWI ~. ft-.g _ •••• tnl end IIIHllIgI'Iten etIIfINCIor •••• UIIIng ~ ....-.ndt (0 a.b~ 1M ~~ f-J SLCMtY """ on gas (Itu. will lIIow waM 111M:'0~rlU - iI~ t-.. ~ eo anti "*"M. If SAFETY~ ~ ~ 1)/1,the g;ts _$twIMId on !Qo tac - .,.,. ••• "PM' ill 30-60 ..-- onca ~ ~~,. g.) T-e fIor __ Wtil ~ ~ or ~ ••8k~ .oMlen. 00 NOT QW ftIImlI or 011« Ignlllon -..me tlt ••• f6r•••••. h.) • InK or gal odGl" b cMcec:ted !lI't1 oft gat. IOOMn lIIInga aMlblIow cinldIMa aoa)t 01 •••••.• quallned .-.on 00f'l'fld ••• lIC\d ,.~t.L)m-- oII-p or INk.~~ Wlthwauw l!ItW~

~~

SO;-~• PlOW OfREC'TION..

A b:• on~B

• ""QWOf~-~

lOt}lm

GAS CONNECTOR INSTAL.UmON INSTRUCTIONSRMd~ ~ ~aW1lng ImIa1IaIIon.

TNlI'CIllr11leQ:; ra dUlqn QIrlIIIed '* AQA and CGA far la. en nalW8doM at lP ~ syaI40INI ha>otng Jl"AUf8. I1Q(higher 1Nn 11l pcIUI1d ptll'~ltIch.

1M lJU 0IIIIe ""'" ta In fl.__ room ~ g~ ~ Conn~--... flClIt QW,l.o.e;t wWI. or fonll\lll fJbj8da of anv ldnd an••. Nt¥Iatloon..

A INIfIIJBIau shIJ~ ~ trlUIl be ~ on QU ~ pipe aheC!K1of ~ p-.oo. .• gM ~ wt.. 1IoIitllhe MIne oab' Q)Cjea.•• "'tIg ~car,.~~.

,.-tar ~~-'.~ wilh c:otIf'Ittdot 1I'lU" b. ~ - do M4

~ CIIptive conMdOt'" chctIy onto ~ thnIads.

hIdd ~ b.nd~ lclnklng. tllfbtfnO. IhNp tlenQillg rY ~e~Qt -r."MM:tor G;<1og~lIlIOn.. CcnIedOr must be ot ~ NLWlen~.

'Thla cor"ledor IS not dII~1i far maI/IVl1fIl'lt Qf'I. f"ltalb~ ~ notI'8plMledly 1rtqJ41 appIue:e fof dlMrinQ. Be tllf'OdHnIn, a-oIuMom,~la at ~,"""nta «t not COlntIInkI cana.ct lIItIft ltl. t:Dt'ln.dgr.

Mw \tIr. QQllMdOr Ie ln~ doMI dlaamned end '-UlI.

~ ~1Oianl ~kj be UlIIid OR •• pipe ttn&dil tIC4 llUIt NOT _IlMd ~ (olWNllclr nw and "cMp/4, 1Illlnc3- (1ft tIanI alI'lOedlona..

Th. bru. S4lery+Pl", idJlptift' on ,"is COI'lr'IltCtor hll'.lWAUl ~ FEMJlLe PIPE ltl~~. 1M muwt be

connected ONLY to PIPE thfeao. with 1tfit-11ow qoIng inlit. U'OOI d~ on lfM Mung. ~ to the 9ft~rc» liS v.c." in A.a. ewe ~., Ih conn.c~ i~lIeedlrd _ shown in 0 ~.. ~hOo_ anOlhIM'COflnec:lar 01, a$lpW fitting lIrilf\ thi. eoJo( eo<".HOTf: 00 Itot UN tnHe prodUct. lor ~i...,~_~A..,..- 10~~, •• ftIrg.s dlJ,fng ~tkl" In;ryc:.•u •• the vw'"" 10 cJ_. If S.f.cy"PIue protlldlon i.o,,1HQ for larget .ppll.nc ••. plene r.onl"cl M.~10lor I tp«i&ily .fl9Il'~rod aolutfon,

:Jtl\ ~Ia PSV'~)Q '007/07/00 ~R( t5:3l [TX/RX NO 7271 J ~004

1,2.-1 [ I 'J::lW : lJJCl.:J