general information - viking group inc products/shurjoint... ·...
TRANSCRIPT
Foreword......................................................................................................3
Ductile.Iron...................................................................................................4
Bolts.and.Nuts..............................................................................................5
Gaskets........................................................................................................6
Pressure.-Temperature.Ratings,.Service.Temperatures.andVacuum.Service............................................................................................8
Standards.and.Codes.................................................................................10
General Information
General Notes
1..Always.read.and.understand.all.Shurjoint.installation.instructions.before.installing.any.Shurjoint.product.
2..Always.depressurize.and.drain.the.piping.system.before.attempting.disassembly,.adjustment.or.removal.of.any.piping.components..
3..Designers.must.know.and.understand.all.relevant.building.and.or.piping.standards,.codes.and.specifications..It.is.the.responsibility.of.the.designer.to.select.and.or.specify.the.appropriate.product.for.the.intended.use.and.service..
4..Always.refer.to.the.maximum.pressure.rating.and.service.temperature.range.allowed.for.Shurjoint.products.and.ensure.that.they.are.used.within.these.parameters..
5..Special.attention.is.required.for.selection.of.suitable.gasket.grades.for.the.intended.service.application.
6..All.information.and.data.contained.herein.supersede.all.previous.published.data..Shurjoint.reserves.the.right.to.change.product.designs.and.or.specifications.without.notice.and.or..obligation..Please.refer.to.the.Shurjoint.web.site.for.the.latest.information.
©.Copyright.2011.ShurjointCatalog 2011
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Catalog 2011
©Copyright 2011 Shurjoint
. Typical Applications
. HVAC. Reverse.Osmosis
. Fire.Protection. Desalination
. Water.Supply.&.Treatment. Mining.&.Tunnel.Boring
. Plumbing. Marine
. Municipal. Gas
. Food.Processing. Chemical
. Pulp.&.Paper. Oil
. Agriculture. Air.
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Shurjoint
Past to Present The. history. of.Shurjoint.dates.back.to.1974,.when.the.founders. produced. their. first. grooved.couplings.. These. f irst. couplings.were. produced. from.malleable. iron,.the. casting.material. of. choice. at. this.time.. . Before. long. foundry. production.was. converted. to. ductile. iron..Ductile.iron.was. the. ideal.material,. providing.for. precision. castings. and. superior.strength,. without. the. need. for. further.heat. treatment.. EPDM. (ethylene.propylene. diene.monomer). provided.a. great. advancement. in. synthetic.rubber.elastomer.compounds..This.new.compound. offered. a. service. life. equal.to. or. in. some. cases. longer. than. that.of. carbon. steel. pipe.. EPDM.was. an.ideal.gasket.material.for.grooved.piping.systems.
A World Leader.With. nearly. four.decades. of. experience,.Shurjoint is.recognized. as. a. world. leader. in. the.design.and.manufacture.of.mechanical.piping. components.. Shurjoint. has.developed. and. currently. offers. over.3000. individual. piping. components. in.sizes. from.½”. to. 96”,. for. use. with. a.variety. of. piping.materials. including.carbon. steel,. stainless. steel,. ductile.iron,. PVC,.HDPE,.CPVC. and. copper.tubing.
The Shurjoint Mission Our.mission. is. to.supply. the.highest.quality.products. to. customers.worldwide.with.an.unmatched.level.of.customer.serviceat.a.superior.value..In.addition.to.these.hallmarks,. Shurjoint. continuously.invests. in. research,. engineering. and.development,. resulting. in. innovative.products. and. new. solutions. for. the.changing.needs.of.industry.
The Shurjoint Catalog In. this.2011. catalog.we. are. incorporating. the.ASME/ANSI. pressure. &. temperature.rating.method.. . Thus. allowing. you. to.select,. specify. and. procure.Shurjoint.piping. components. in. the. same.manner. and.method. that. you. do.with.other. fittings,. flanges,. valves,. pumps.and. other. components.. Shurjoint.encourages.engineers.and.designers.to.use. this. classic. and.practical. pressure.rating. system. when. using. grooved.mechanical. components. in. place. of.or. in. conjunction.with. traditional. pipe.joining.methods.
A World Leader inMechanical Piping ComponentsMechanical couplings were first developed in the 1920's and evolved into Grooved Mechanical Couplings during the 1950's & 60's. This revolution was further spurred in the latter half of the 20th century by advanced engineering and innovative materials such as Ductile Iron and EPDM elastomers.
Taipei.101,.509.2M,.the.world.tallest.building.2004.-.2010
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Catalog 2011
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Ductile IronSuperior.tensile.strength.with.
good.castability
Gray IronExcellent.castability.but.‘brittle’.–.less.strength
Malleable IronStronger.than.gray.iron.but.
poor.castability
Tensile Yield ASTM Strength, Strength, Elongation Designation min. psi (MPa) min. psi (MPa) in 2”, %. Ductile.iron.castings. A536:.Gr..65-45-12. 65,000.(448). 45,000.(310). 12. Ductile.iron.castings. A395:.Gr..65-45-15. 65,000.(448). 45,000.(310). 15. Forged.carbon.steel. A105. 70,000.(485). 40,000.(250). 20. Cast.carbon.steel. A216:.WCB. 70,000.(485). 36,000.(205). 22. Carbon.steel.pipe. A53:.Gr..B. 60,000.(415). 35,000.(240). (29.5).Malleable.iron.castings. A47:.Gr..32510. 51,000.(345). 32,000.(224). 10. Gray.iron.castings. A126:.Gr..B. 31,000.(214). Not.specified. Not.specified
Physical strength of materials comparative
Ductile Iron – Housing Material
Ductile iron is an ideal material for grooved mechanical components, as it provides similar or greater strength to that of wrought or cast steel piping materials such as; forged steel flanges - ASTM A105, carbon steel valves - ASTM A216 WCB, wrought carbon steel pipe - ASTM A53 Gr. B, etc. Most Shurjoint components are made of ductile iron conforming to ASTM A536 Gr. 65-45-12 and or ASTM A395 Gr. 65-45-15.
Ductile. iron.was. first. invented. in. the.U.S.A.. and.U.K.. in. the. late.1940's..Superior. strength.was. achieved. by. crystallizing. graphite. in.the. shape. of. nodules..The. result.was. ductile. iron. that. had. tensile.and.yield.strength.properties.that.were.equal.to.or.greater.than.some.steel. castings..This. superior. strength. combined.with. ductile. irons.excellent. castability. helped. to. reduce. the.weight. and. cost. of.many.components.. Because. of. these. advantages. and. benefits,. many.components.have.been.converted.from.gray.iron,.malleable.iron.and.steel.castings.to.ductile. iron.over.the.past.60.years..Please.visit. the.Ductile.Iron.Society.website;.www.ductile.org,.for.further.information.
*Reference.only.as.chemical.requirements.are.not.specified.in.ASTM.A536.
Chemical Requirements* Minimum Maximum. Carbon,.%. 3.0. 3.9. Silicon,.%. 2.5.. 3.0. Manganese,.%. 0.1.. 0.4. Phosphorus,.%. . 0.07. Sulfur,.%. . 0.02. Magnesium,.%. 0.03. 0.05. Chromium,.%. . 0.1 Physical Properties . Tensile.strength,.psi.(MPa). 65,000.(448). ---. Yield.strength,.psi.(MPa). 45,000.(310). ---. Elongation,.%. .12. ---
ASTM A536, Grade 65-45-12 (UNS F33100)
International.ductile.iron.specifications.equivalent.toASTM.A536.Gr..65-45-12.and.or.ASTM.A395.Gr..65-45-15.are;
SAE.J434:.D4512EN1563:.EN-GJS-450-10.or.EN-GJS-450-15JIS.G5502:.FCD450-10SABS.936/937:.SG42
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Chemical Requirements Minimum Maximum. Carbon,.%. 3.0. Silicon,.%. . 2.5. Manganese,.%. Not.specified. Phosphorus,.%. . 0.08. Sulfur,.%. Not.specified. Magnesium,.%. Not.specified. Chromium,.%. Not.specified Physical Properties . Tensile.strength,.psi.(MPa). 65,000.(448). ---. Yield.strength,.psi.(MPa). 45,000.(310). ---. Elongation,.%. 15. ---
ASTM A395, Grade 65-45-15 (UNS F33100)
Microstructure.check
Automatic.core.Setter
Disamatic Molding LineMax..360.molds.per.hour
Sand.supply.unit
Pattern.plate.change.unit
Precision.mold.conveyor
Disamatic.molding.operation
Molten.metal.pour
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Catalog 2011
©Copyright 2011 Shurjoint
Bolts & Nuts
Carbon steel bolts and nutsShurjoint. products. utilize. oval. neck. track. bolts. conforming. to.ASTM.A449.and.ASTM.A183.Gr..2.and.heavy.duty.nuts.to.ASTM.A563.Gr.. B,. available.with.UNC. threads. or. ISO.metric. threads..The.UNC. track. bolts. and. nuts. are. supplied. electro. zinc. plated.in. a. silver. chromate. color. and. ISO.metric. bolts. and. nuts. in. a.gold. chromate. color.. .Hot-dip. galvanized.bolts. and.nuts. are. also.available.upon.request.
Stainless steel bolts and nutsStainless. steel. track. bolts. and. nuts,. type. 304. or. type. 316,. are.supplied.with.Shurjoint. stainless. steel. couplings..Track. bolts. and.nuts. are.molybdenum.disulfide. (MoS2). coated. to. inhibit. galling..As.an.option,.silicon.bronze.nuts.are.also.available.to.further.reduce.the.chance.of.galling.
Chemical Requirements Minimum Maximum. Copper,.%. 96.0.. Lead,.%. . 0.05. Iron,.%. . 0.8. Zinc,.%. . 1.5. Magnesium,.%. . 0.7. Silicon,.%. 0.8. 2.0 Physical Properties . Tensile.strength,.psi.(MPa). 55,000.(380).. Yield.strength,.psi.(MPa). 20,000.(140).. Elongation,.%. 11. 12
Silicon Bronze NutsASTM B98 Alloy B Copper-Silicon Alloy (UNS No. C65100)
A.stainless.steel.bolt.fastened.with.a.silicon.bronze.nut
ASTM A193, Grade B8 (Type 304) Stainless Steel Bolts Chemical Requirements Minimum Maximum. Carbon,.%. . 0.08. Manganese,.%. . 2.00. Phosphorus,.%. . 0.045. Sulfur,.%. . 0.030. Silicon. . 1.00. Chromium,.%. 18.00. 20.00. Nickel,.%. 8.00. 10.50 Physical Properties . Tensile.strength,.psi.(MPa). 75,000.(515). ---. Yield.strength,.psi.(MPa). 30,000.(205). ---. Elongation,.%. 30. ---
ASTM A193, Grade B8M (Type 316) Stainless Steel Bolts Chemical Requirements Minimum Maximum. Carbon,.%. . 0.08. Manganese,.%. . 2.00. Phosphorus,.%. . 0.045. Sulfur,.%. . 0.030. Silicon. . 1.00. Chromium,.%. 16.00. 18.00. Nickel,.%. 10.00. 14.00. Molybdenum. 2.00.. 3.00 Physical Properties . Tensile.strength,.psi.(MPa). 75,000.(515). -. Yield.strength,.psi.(MPa). 30,000.(205). -. Elongation,.%. 30. -ASTM A183, Grade 2 Carbon Steel Track Bolts
Chemical Requirements Minimum Maximum. Carbon,.%. 0.30.. Phosphorus,.%. . 0.05. Sulfur,.%. . 0.06 Physical Properties . Tensile.strength,.psi.(MPa). 110,000.(760). ---. Yield.strength,.psi.(MPa). 80,000.(550). ---. Elongation,.%. 12. ---
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ASTM A449, Quenched and Tempered Steel Bolts* Chemical Requirements Minimum Maximum. Carbon,.%. 0.28. 0.55. Manganese,.%. 0.60.. Phosphorus,.%. . 0.040. Sulfur,.%. . 0.050 Physical Properties . Tensile.strength,.psi.(MPa). 120,000.(825). -. Yield.strength,.psi.(MPa). 92,000.(635). -. Elongation,.%. 14. -
*Equivalent.to.property.class.8.8.bolts.per.ISO.898.
ASTM A563, Grade B Carbon and Alloy Steel Heavy Hex Nuts Chemical Requirements (bolts) Minimum Maximum. Carbon,.%. . 0.55. Phosphorus,.%. . 0.12. Sulfur,.%. . 0.15 Physical Properties . Hardness,.Rockwell. B69. C32 Recommended Bolt Torque
Always.use.factory.supplied.bolts.and.nuts.for.assembly.of.Shurjoint couplings.. . Shown. below. are. the. general. recommended. torque.ranges. for. common. sizes. of. carbon. steel. bolts..Never. exceed. the.recommended. torque.range.by.more. than.25%.as.excessive. torque.can. lead. to. joint. failure,. personal. injury. and. or. property. damage..Always.depressurize.and.drain. the.piping. system.before.attempting.disassembly,. adjustment. or. removal. of. any. piping. component...Follow. installation. instructions. for. proper. assembly. of. all.Shurjoint.components..For.questions.contact.Shurjoint.
Bolt Size Proper Torque Range. mm in N-m Lbs-Ft. M8. 5/16”.-.18. 9.-.18. 7.–.14. M10. ⅜”.-.16. 20.-.30. 15.–.22. M12. ½”.–.13. 40.-.68. 30.–.50. M16. ⅝”.-.11. 81.-.122. 60.–.90. M20. ¾”.-.10. 129.-.237. 96.-.175For.stainless.steel.bolts,.reduce.by.20%
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Catalog 2011
©Copyright 2011 Shurjoint
Use.Shurjoint.Grade."E-pw".for.potable.water.and.food.processing.services..The.Grade."E-pw". is.UL.classified. per.ANSI/NSF.61. for. cold.+86°F. (30°C).and. hot. +180°F. (82°C). potable. water. services..EPDM.seals.are.recommended.for.use.in.breweries.as.they.have.the.least.impact.on.the.characteristics.of.beer.or.wort.
Note:.EPDM.materials.used. in.domestic.water.applications.with.high. levels.of.chlorine.and.or.chloramines.should.be.subjected.to.resistance.testing,.as.not.all.materials.will.be.suitable..EPDM.materials.with. higher. saturated. ethylene. content. and. lower. carbon. black. content.are. recommended. for. chloramine. and. chlorine. resistance..Contact.Shurjoint. for. further.information.
Rubber Gasket Compounds
The 20th century was the era of innovation in plastic and rubber materials. Among the new synthetic rubber compounds that most impacted our industry were EPDM (ethylene propylene diene monomer) and Nitrile rubbers.
EPDM.is.recognized.as.the.most.water.resistant.rubber. available. today..Good. for. cold.&.hot.water,.steam. up. to. 250ºF. (121ºC),. waste. water,. water.with. acid,. deionized.water. and. seawater..EPDM. is.not. recommended. for. use.with. petroleum. based.oils. and. fuels,. hydrocarbon.solvents.and. .aromatic.hydrocarbons.
Shurjoint. Grade. "E". EPDM. is. compounded. per.ASTM. D2000.designation. 2CA615A25B24F17Z..Peroxide. curing. and. post. curing.give. a. higher. crosslink. density,. which. provides. a. higher. aging.resistance.than.required.in.AWWA.C606.
AWWA C606 Shurjoint 2CA 615A25B24F17Z Standard Basic Requirements. .. Hardness,.Durometer.A,.point. 65±7. 60±5. Tensile.strength,.psi,.min.. 1500.psi.(10.34.MPa). 1500.psi.(10.34.MPa). Elongation,.%,.min.. 300.%. 300.%. Heat Aging Properties . After.aged.at..212°F. After.aged.at..257°F.. (100°C).for.70.hours (125°C).for.70.hours. Change.in.Durometer.hardness,.max... .+10.point. +5.points. Change.in.tensile.strength,.max.. .-25%. -10%. Change.in.ultimate.elongation,.max.. -25%. -20%. Compression.Set,.Method.B,.max.. 25%. 20% AWWA C606 Shurjoint
5BG615A14B24Z Standard. Basic Requirements. .. Hardness,.Durometer.A,.point. 60±7. 60±5. Tensile.strength,.psi,.min.. 1500.psi.(10.34.MPa). 1500.psi.(10.34.MPa). Elongation,.%,.min.. 300.%. 300.%. When heat aged at 212°F (100°C). . .. for 70 hours. Change.in.Durometer.hardness,.max... .+10.point. ±10.points. Change.in.tensile.strength,.max.. ..-25%. -20%. Change.in.ultimate.elongation,.max.. -30%. -30%. Compression.Set,.Method.B,.max.. 25%. 25%
NBR, Buna-N, and Nitrile all.represent. the. same. copolymer. of. butadiene. and.
acrylonitrile. (ACN),.which. is. inherently. resistant. to.
hydraulic. fluids,. lubricating.oils,. transmission. fluids.
and. other. non-polar. petroleum. based. products.
and.water. less. than. 150º. F. (65º.C)..The. higher. the.ACN. content,.
the. higher. the. resistance. to. oils. and. heat,. but. the. lower. elastic.
characteristics.and.compression.set..NBR.displays.poor.resistance.to.
hot.water.and.steam....
Shurjoint. grade. “T”.NBR. rubber. is. compounded. based. on.ASTM.
D2000.designation.5BG615A14B24Z.and.exceeds. the.requirements.
of.AWWA.C606..Grade. “T”. is. a. general. purpose. compound.with. a.
medium.ACN. level.. For. fuels,. especially. those.with. a. low. aniline.
point,.such.as.premium.or.unleaded.gasoline,.ASTM.referenced.fuels.
B.&.C.and.naphtha,. use.Shurjoint. grade. “M2”.Epichloro-Hydrin. or.
grade.“O”.Flurocarbon.
Use.Shurjoint.Grade. "A".white.Nitrile. gaskets. for.oily. and. greasy. food. products. and. processing,.as. well . as. pharmaceutical. and. cosmetics.manufacturing.. The. Grade. "A". is. compounded.from.FDA.approved. ingredients. (CFR.Title.21.Part.177.2600).
Use.Shurjoint.Grade. "S".Nitrile. gaskets. for. joints.with.AWWA.ductile.iron.pipe..Good.for.mineral.oils,.vegetable. oils,. air. with. oil. vapors. and.water. less.than.150°F.(65°C).
Laboratory.high.temperature.oven.testing
Orange.StripeGreen.Stripe
Double.Green.Stripe
White.Gasket
Red.Stripe
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Catalog 2011
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Epichloro-Hydr in (ECO).Shurjoint. Grade. "M2". compound. offers. good. to.excellent. resistance. to. aliphatic. hydrocarbon. and.aromatic.hydrocarbon.fuels.at.low.temperatures,.LP.gases.&.fuels,.mineral.oils.and.many.solvents..ECO.offers.limited.resistance.to.many.organic.chemicals..
Halogenated Butyl (CIIR) Shurjoint.Grade."M".CIIR.is.specially.compounded.for. use. with.AWWA. ductile. iron. pipe. for. water.services,.mild. dilute. acids,. oil-free. air. and.many.chemicals.. The. compound. is. UL. classified. for.potable.water.use.per.ANSI/NSF.61.
Silicone (VMQ) Shurjoint. Grade. "L".Silicone. compound. features. high. temperature.range. stability. and. low. temperature. flexibility..Recommended. for. dry. heat. and. air. without.hydrocarbons. up. to. 350º. F. (177º. C).. Silicone.compounds. are. used. in.many. food. and.medical.applications.as. they.do.not. impart.odor.or. taste..Not. recommended.for.hot.water.or.steam.services.
Chloroprene (CR, Neoprene) Shurjoint. Grade. "V". chloroprene. rubber. is.a. general. purpose. elastomer. that. demonstrates.good. resistance. to. lubricating. oils,. animal. &.vegetable. fats. and. greases.. Chloroprene. is. not.effective.in.aromatic.and.oxygenated.solvent.environments.and.is.not.recommended.for.hot.water.and.steam.services.
Fluorocarbon (FKM).FKM.is.a.highly.fluorinated. carbon. backboned. compound,. which.is.also.known.by. the.commercial.name.of.Viton®..Shurjoint.Grade."O".fluorocarbon.compound.offers.excellent. resistance. to. harsh. chemical. and.ozone.attack.with. a. thermal. stability. to. 300°F. (149°C)..The.Grade. "O". gasket. is. recommended. for. use.with. oils,. gasoline,.hydraulic. fluids,. hydrocarbon. solvents. and. extended. fuels. that. fall.outside. the. service. parameters. of. grade.T. /.NBR. compounds..Not.recommended.for.steam.services..(Viton®.is.a.registered.trademark.of.DuPont.)
Service temperatures The. following. chart. can.serve.as.a. general. guide. for. temperature.and.media. compatibility. for.Shurjoint.gaskets..The.range.shown.below. is.only.a.guide.and.users.should.always. test. the.gasket.materials. for. the.specific.operating.and.service.application,.as.conditions.can.vary.
EPDM NBR VMQ CR FKM ECO CIIR Grade E Grade T Grade L Grade V Grade O Grade M2 Grade M.
Air. -30.to.+260°F. -20.to.+180°F. -30.to.+350°F. -30.to.+180°F. -20.to.+300°F. -20.to.+.160°F. -20.to.+.200°F
. . -34.to.+127°C. -29.to.+82°C. -34.to.+177°C. -34.to.+82°C. -29.to.+149°C. -29.to.+.71°C. -29.to.+.93°C
.Hot.Water
. 212°F. 150°F. 150°F. 150°F. 212°F. 150°F. 180°F. . 100°C. 65°C. 65°C. 65°C. 100°C. 65°C. 82°C.
Steam.(continuous)*. 230°F.
. . 110°C. NR. NR. NR. NR. .......NR. ........NR.
. Steam.(intermittent)*. 250°F. . . .
. . 121°C. . . .*Some.codes.do.not.allow.the.use.of.EPDM.for.steam.services.
Laboratory.hot.water.&.steam.testing
Red.Gasket
Yellow.Stripe
Blue.Stripe
White.Stripe
Brown.Stripe
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Catalog 2011
©Copyright 2011 Shurjoint
PLAIN-END PIPING SYSTEMPressure-Temperature Ratings
Shurjoint has incorporated the ASME/ANSI nominal pressure-temperature rating method, to identify and describe working pressures of grooved mechanical components, so that engineers and designers can select Shurjoint components in the same manner and method that they do when selecting other fittings, flanges, valves, pumps and other piping components.
Refer. to. the. chart. of.Pressure-Temperature.Ratings. for.Class. 125,.150,.250,.300.and.400.shown.on. the.next.page..Maximum.working.pressures. shown. in. this. catalog. are. rounded. numbers. rather. than.those.specified.in.ASME/ANSI.standards..All.pressure.ratings.shown.in. this. catalog. are. based. on. use. of. cut. or. roll-grooved. standard.weight. (STD).carbon.steel.pipe.within.a. temperature. range.of. -20°F.to.+100°F.(-29°C.to.+38°C)..
The. performance. parameters. of. grooved.mechanical. components.will. vary. depending. on. the. pipe.wall. thickness,.material,. diameter.and. the. type. of. grooves. processed.. For. example. the. pressure.rating. of. a.Class. 150. coupling. used. on. schedule. 7. pipe.would. be.lower. than. that. of. the. same. coupling. used. on. standard.wall. pipe..Refer.to.the.Performance.Data.Sheet,.shown.on.page.39,.for.actual.working.pressures.at.ambient. temperatures. (or.CWP.-.cold.working.pressures). for.each.pipe.schedule.or.wall. thickness.of. carbon.steel.and. stainless. steel. pipes.. Proof. test. pressures. are. 1.5. times. the.maximum.working. pressures. (non-shock. cold. water).. Burst. test.pressures.are.minimum.3.times.the.maximum.working.pressures.for.sizes.up.to.12”.and.minimum.2.times.for.sizes.14”.and.above.
CWP (Cold working pressure)Pressure. ratings. of. grooved. components. that. do. not. conform. to. the.applicable.ASME/ANSI.pressure-temperature. ratings.are.shown. in.CWP..Grooved. components. used. for. fire. protection. systems. shall. be. listed.by.UL.and.or. approved.by.FM.and.or. other. approval. bodies. such.as.VdS,.LPCB,.etc.,.as.may.be. required.by. local.authorities.and.or.codes..Refer.to.the.Approved Pressure Ratings by UL and FM.which.are.shown.at.the.end.of.this.catalog..Pressure.ratings.of.some.valves.that.are.designed.to.MSS.standards.are.also.shown.in.CWP.
Service temperatures
Service.temperatures.are.limited.by.the.flow.media.and.gasket.grade..For.example.Grade."E".EPDM.and.Grade."T".Nitrile.gaskets.can.be.used.in.the.temperature.ranges.listed.below.
Vacuum ServiceStandard.Shurjoint.gaskets.are.designed.to.seal.well.under.vacuum.conditions.up.to.10.inHg.(absolute)/254.mmHg.(absolute).which.may.occur.when.a.system.is.drained.
Maximum Working Pressure at +100°F (+38°C) Nominal ASME/ANSI Shurjoint Rating B16.1, B16.5, B16.34 2011 Catalog. Class.125. 175.psi. 175.psi.(12.Bar). Class.150. 285.psi. 300.psi.(20.Bar). Class.250. 400.psi. 400.psi.(28.Bar). Class.300. 740.psi. 750.psi.(52.Bar). Class.400. 990.psi. 1000.psi.(70.Bar)Pressures.are.shown.in.psi.(pounds.per.square.inches).and.temperatures.in.Fahrenheit.(°F).with.converted.pressures.in.Bar.(MPa.x.10).and.temperatures.in.Celsius.(°C).
Rubber Compound Air Water Steam. EPDM.(Grade.E). -30°F.to.+260°F. 212°F. Continuous:.230°F.(110°C).. . (-34°C.to.+127°C). (100°C)..
Nitrile.(Grade.T). -20°F.to.+180°F. 150°F.
Not.recommended. . (-29°C.to.+82°C). (65°C).
Temperature Limitations
Temperature. limitations. are. guidelines.when. compounds.are. used.as. a. sealing. gasket. of.grooved.mechanical. components.. For. high. temperature. services,.Grooved.mechanical.components. should. be. installed. at. accessible. locations. for. replacement. of. gaskets. if.required.
Hydrostatic.testing.-.72".R-88.coupling
Vacuum.testing
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Catalog 2011
©Copyright 2011 Shurjoint
Pressure-Temperature RatingsFittings, Flanges & Valves
ANSI B16.4, B16.5, B16.34 &BS EN 1092-1
0
100
200
300
400
500
600
700
800
900
1000
100 200 300 400 500 600 7000 °F
Psig
Class 150
Class 300
Class 400
ASTM A216 Gr. WCB
°C
Pres
sure
100 200 3000 50 150 250 350-50
Bar
10
0
20
30
40
50
60
70
650
Class 125
Class 250
EPDMTemperature
EPDMEPDM
NITRILE(NBR)
ASTM A351 Gr. CF8MASTM A126 Class A
AIR
WATER
AIR
(PN16)
WATER STEAM
(PN25)
(PN40)
ASME SA105
Satu
rate
d St
eam
Lin
e
Shurjoint.Gr..E.(EPDM).and.Gr..T.(NBR,.Nitrile).gaskets.are.compatible.with. air,.water. and. steam.within. the. referenced.temperature. ranges.. .As.a.general. rule,.all. rubber.materials.lose. elasticity. as. temperature. increases.. For. elevated.temperature.services,.GMC.should.be.installed.at.accessible.locations.for.replacement.of.gaskets.if.required.
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Standards and Codes
Shurjoint.production.facilities.are.certified.to.ISO.9001..Products.aredesigned.to.conform.and.meet.or.exceed.all.applicable.domestic.and.international. standards.and.are. listed,. approved.and.or. certified.by.
various.approval.bodies.and.registration.authorities..Shurjoint.is.also.active.in.industry.and.environmental.organizations.
American StandardsASME/ANSIB1.1:.Unified.Inch.Screw.Threads.(UNC)B1.20.1:.Pipe.Threads.(NPT)B16.3:.Malleable.Iron.Threaded.FittingsB16.5:.Steel.Flanges.&.Flanged.FittingsB16.9:.Wrought.Steel.Butt-Welding.FittingsB16.14:.Plugs,.Bushings.&.LocknutsB16.34:.Valves.–.Flanged.&.Butt-welding.Ends.B16.39:.Malleable.Iron.Threaded.UnionsB16.42:.Ductile.Iron.Flanges.&.Flanged.FittingsB31.1:..Power.PipingB31.3:..Process.PipingB31.9:.Building.Services.PipingB36.10:.Wrought.Steel.PipeB36.19:.Stainless.Steel.PipeASTMA53:.Steel.PipeA106:.Seamless.Carbon.Steel.PipeA135:.Electric-Resistance-Welded.Steel.PipeA795:.Steel.Pipe.for.Fire.Protection.UseB75:.Seamless.Copper.TubeB88:.Seamless.Copper.Water.TubeB306:.Copper.Drainage.Tube.(DWV)A395:.Ferritic.Ductile.IronA536:.Ductile.Iron.CastingsA351:.Austenitic.Stainless.Steel.CastingsA743:.Iron-Chromium-Nickel.Castings.for.General.ApplicationA744:.Iron-Chromium-Nickel.Castings.for.Severe.ServiceA890:.Duplex.(Austenitic./.Ferritic).Stainless.SteelA985:.Steel.Investment.CastingsB584:.Copper.Alloy.CastingsA183:.Carbon.Steel.Track.Bolts.and.NutsA193:.Alloy.&.Stainless.Steel.Bolting.MaterialsA194:.Carbon.&.Alloy.Steel.NutsA307:.Carbon.Steel.Standard.Fasteners.A449:.Quenched.and.Tempered.Steel.BoltsA105:.Steel.Forgings.for.Piping.ComponentsA234:.Wrought.Carbon.Steel.Fittings
A153:.Hot-Dip.Zinc.CoatingsA633:.Electro-Zinc.CoatingsD1784:.PVC.and.CPVC.CompoundsD1785:.PVC.Pipe.(Sch..40,.80.&.120)D2000:.Classification.System.of.Rubber.ProductsD2513:.PE.Gas.Pressure.Pipe.and.FittingsD3350:.PE.Plastic.Pipe.&.Fittings.MaterialsF1476:.Grooved.Mechanical.CouplingsF1548:.Fittings.for.Grooved.CouplingsAPIAPI.5L:.Line.PipeAPI.594:.Check.ValvesAPI.598:.Valve.Inspection.and.TestingANSI/AWWAC606:.Grooved.and.Shouldered.JointsC151/A21.51:.Ductile-Iron.PipeC153/A21.53:.Ductile-Iron.Compact.FittingsC901:.PE.Pressure.Pipe.and.TubingMSSSP-25:.Standard.Marking.System.for.Valves.&.FittingsSP-67:.Butterfly.Valves.SP-72.Ball.ValvesSP-110:.Ball.Valves.(Grooved)SP-136.Ductile.Iron.Check.ValvesNFPANFPA.13:.Installation.of.Sprinkler.SystemsSAESAE.J403:.Chemical.Compositions.of.SAE.Carbon.SteelsSAE.J1199:.Mechanical.and.Material.Requirements.for.Metric.Externally.Threaded.Steel.FastenersABSIACS.UR.P2.11:.Type.Approval.of.Mechanical.JointCanadian StandardsCSA.B242:.Grooved.&.Shouldered.CouplingsJapanese StandardsMP006.Housing.Type.JointsApproval BodiesUL.213:.Rubber.Gasketed.Fittings.for.Fire.Protection.Service
ULC/ORD-C213:.Rubber.Gasketed.Fittings.for.Fire.Protection.ServiceFM.Class.1920:.Pipe.Couplings.and.Fittings.for.Aboveground.Fire.Protection.SystemsVdS.2100-06en:.Pipe.Joints,.Requirements.and.Test.MethodsLPCB.LPS-1219:.Requirements.for.Testing.Pipe.CouplingsFESC:.Japan.Fire.Equipment.Safety.CenterCNBOP:.Scientific.and.Research.Centre.for.Fire.ProtectionTSUS:.Technický.a.Skúšobný.Ústav.Stavebný,.n..o.RegistrationsLloyd’s:.Lloyd’s.Register.Quality.AssuranceNYC-MEA:.New.York.City.Department.of.Buildings,.Materials.and.Equipment.AcceptanceNYPA:.New.York.Power.AuthorityCRN:.Canadian.Boiler.Branch.RegistrationDLEG:.State.of.Michigan.Board.of.Mechanical.Rules.CE.PED:.Pressure.Equipment.Directory.97/23/ECAssociationsNFPA:.National.Fire.Protection.AssociationNFSA:.National.Fire.Sprinkler.Association,.Inc.CASA:.Canadian.Automatic.Sprinkler.AssociationIFSA:.International.Fire.Sprinkler.AssociationMCAA:.Mechanical.Contractors.Association.of.AmericaASHRAE:.American.Society.of.Heating,.....Refrigerating.and.Air.Conditioning.EngineeringEnvironmentANSI/NSF.61:.Standard.61.for.potable.water.serviceUSGBC:.US.Green.Building.CouncilWEF:.Water.Environment.FederationAMTA:.American.Membrane.Technology.AssociationUSGBC:.US.Green.Building.CouncilWRAS:.Water.Regulatory.Advisory.Scheme
Pipe End Preparation............................................................................. 136Roll.Grooving.Dimensions.for.IPS,.BS.&.AS.pipe.............................. 137
Roll.Grooving.Dimensions.for.ISO.pipe.............................................. 138
Roll.Grooving.Dimensions.for.KS.and.JIS.pipe.................................. 138
Cut.Grooving.Dimensions.for.IPS,.BS,.AS,.ISO,.JIS.&.KS.pipe......... 139
Roll.Grooving.Machines.–.Ratings.and.Capacity............................... 140
Typical Applications – Flexible Couplings (General Applications)........... 142
Anchoring, Hanging and Supports....................................................... 144Gasket Selection ................................................................................... 147
Chemical.Resistance.Information....................................................... 148
Fire Protection Services........................................................................ 151Approved.Pressure.Ratings.by.UL.and.FM........................................ 152
Typical.Applications.–.Flexible.Couplings.–.Sprinkler.Systems.
(NFPA.13)........................................................................................... 154
Project Pictures...................................................................................... 156Terms and Conditions............................................................................ 160
Technical Information
Catalog 2011
Section.10
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Catalog 2011
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Pipe End Preparation How to process roll-grooves
Shurjoint grooved piping systems require the processing of a roll or cut groove to the pipe ends being connected. The engagement of the housing keys in the grooves is integral in providing a secure and leak-tight joint. It is essential that the grooves are properly processed for optimum joint performance.
Nominal pipe sizeShurjoint. couplings. and. fittings. are. identified. by. the. nominal. IPS.pipe. size. in. inches.or. nominal. diameter.of. pipe. (DN). in.millimeters..Always.check.the.actual.O.D..of.the.pipe.and.fittings.to.be.connected,.as.in.some.markets.it.is.customary.to.refer.to.different.O.D..pipes.with.the.same.nominal.size..
Roll groove profileRoll.grooves.should.be.as.defined.as.possible..To.achieve.optimum.joint.performance.the.“K”.dimension.should.be.as.small.as.possible..When.processing.a.roll.groove.the.machine.operator.should.manage.the. feed. pressure. of. the. upper. roll. set. so. as. to. achieve. the. best.possible.groove.profile.
Applicable pipe wall thicknessRoll. grooves. are. generally. applicable. to. .375”/9.5mm. thick. or.thinner. wall. carbon. steel. pipe,. stainless. steel. pipe,. copper. tube,.aluminum.pipe.and.PVC.pipe.depending.on.the.type.of.roll-grooving.machine.and.roll.set.being.used...Different.wall.thicknesses.and.sizes.require.the.use.of.different.roll.sets..Contact.the.roll.groove.machine.manufacturer.for.additional.information.
Heavy wall pipeWhen.you.attempt. to. roll-groove.pipe. thicker. than. .375”/9.5mm,. the.metal.may.deform.and.heap.up.on.both. sides.of. the.groove. rather.than. radially. deforming. and. protruding. on. the. inside. of. the. pipe..The.extra. heaped.metal. could. lead. to. joint. failure.. In. such.a. case,.you. should. grind. off. any. such. extra.metal. to. achieve. a. flat. and.smooth. sealing. surface..A.proper. rust. preventative. coating.must. be.
applied.on. the.ground.surface..Shurjoint. strongly. recommends. the.processing.of.cut-grooves.on.heavy.or.thick.wall.pipe.
Plain end pipe and beveled end pipe While. plain-end. pipe. is. preferred,. the. use. of. beveled. end. pipe. is.acceptable.providing.that.the.wall.thickness.is..375”/9.5mm.or.thinner.and. the.bevel. is.37½.±2½°.or.30°.as.specified. in.ANSI.B16.25.and.ASTM.A-53.respectively..
ERW pipeERW.pipe. is. one. of. the.most. popular. types. of. pipe. used. today..Depending.on. the. individual. pipe.and.manufacturer,.welding.beads.may. remain.on. the.surface. (inside.and.outside).of. the.pipe..Always.remove.harmful.weld.beads.near. the.pipe.ends.as. they. can. cause.rattling.of.the.roll.grooving.machine.resulting.in.inaccurate.grooves.
Galvanized pipe Galvanized.pipe.is.acceptable.as.long.as.the.gasket.seating.surface.is. smooth. and. free. from. scale. and. imperfections. that. could. affect.gasket.sealing..Whenever.you.remove.welding.beads.or.projections.from.the.sealing.surface.of.galvanized.pipe,.use.caution.so.as.to.not.over-grind. the. surface..After. grinding,. always. apply. a. proper. rust-prevention.coating.to.this.area.
Spiral welded pipeSpiral. welded. pipe.may. be. used. as. long. as. the.weld. beads. are.removed. from. the.gasket. seating. surface.. It. is. also.acceptable.and.recommended. to. weld. a. grooved. end. nipple. to. the. pipe. end. as.shown.below..Whenever.you.remove.weld.beads.or.projections.from.the.gasket. seating. surface,. use. caution. so.as. to.not. over-grind. the.surface..After.grinding,.always.apply.a.proper.rust-prevention.coating.to.this.area.
KeyHousing
Pipe
Rubber.gasket
Groove Full.engagement
A B
C
A B
K B1
C
Thicker than 9.5mm (0.375”)
No or very little protrusion
Plain-end pipe
Plain-end
37½° or 30°
Beveled-end Pipe(ANSI B16.25 / ASTM A-53)
Weld beadsshall be removed
Welded
Spiral pipe Spiral pipe witha grooved nipple
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Catalog 2011
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Roll Grooving Dimensions for ANSI B36.10, BS 1387 (M) & AS-1074 (M) Pipe
1..Pipe.ends.must.be.square.cut..See.table.for.maximum.allowable.tolerances.from.square-cut.ends.
2..The.gasket.seating.surface.`A'.shall.be.free.from.deep.scores,.marks,.or.ridges.that.would.prevent.a.positive.seal.
3..The.`C'.dimensions.are.average.values..The.groove.must.be.of.uniform.depth.around.the.entire.circumference..Use.a.Shurjoint.groove.gage.or.rule.to.check.the.groove.diameter..
4..The.`t'.is.the.minimum.allowable.wall.thickness.that.may.be.roll-grooved.
A
C
B
t
O.D.
d
Nominal Pipe O.D. A B C Min. Wall Groove Max. Allowed Size Basic Tolerance ±0.76 ±0.030 ±0.76 ±0.030 +0.00 +0.000 t Depth d (ref.) Flare Dia. mm / in mm / in mm / in mm / in mm / in mm / in mm / in mm / in mm / in mm / in 20. 26.7. +0.25. -0.25. 15.88. 7.14. 23.83-0.38. 1.65. 1.42. 29.2. ¾. 1.050. +0.010. -0.010. 0.625. 0.281. 0.938-0.015. 0.065. 0.056. 1.15. 25. 33.4. +0.33. -0.33. 15.88. 7.14. 30.23-0.38. 1.65. 1.60. 36.3. 1. 1.315. +0.013. -0.013. 0.625. 0.281. 1.190-0.015. 0.065. 0.063. 1.43. 32. 42.2. +0.41. -0.41. 15.88. 7.14. 38.99-0.38. 1.65. 1.60. 45.0. 1¼. 1.660. +0.016. -0.016. 0.625. 0.281. 1.535-0.015. 0.065. 0.063. 1.77. 40. 48.3. +0.48. -0.48. 15.88. 7.14. 45.09-0.38. 1.65. 1.60. 51.1. 1½. 1.900. +0.019. -0.019. 0.625. 0.281. 1.775-0.015. 0.065. 0.063. 2.01. 50. 60.3. +0.61. -0.61. 15.88. 8.74. 57.15-0.38. 1.65. 1.60. 63.0. 2. 2.375. +0.024. -0.024. 0.625. 0.344. 2.250-0.015. 0.065. 0.063. 2.48. 65. 73.0. +0.74. -0.74. 15.88. 8.74. 69.09-0.46. 2.11. 1.98. 75.7. 2½. 2.875. +0.029. -0.029. 0.625. 0.344. 2.720-0.018. 0.083. 0.078. 2.98. 76.1mm. 76.1. +0.76. -0.76. 15.88. 8.74. 72.260-0.46. 2.30. 1.93. 77.7. . 3.000. +0.030. -0.030. 0.625. 0.344. 2.844-0.018. 0.090. 0.075. 3.06. 80. 88.9. +0.89. -0.79. 15.88. 8.74. 84.94-0.46. 2.11. 1.98. 91.4. 3. 3.500. +0.035. -0.031. 0.625. 0.344. 3.344-0.018. 0.083. 0.076. 3.60. 90. 101.6. +1.02. -0.79. 15.88. 8.74. 97.38-0.51. 2.11. 2.11. 104.1. 3½. 4.000. +0.040. -0.031. 0.625. 0.344. 3.834-0.020. 0.083. 0.083. 4.10. 100. 114.3. +1.02. -0.79. 15.88. 8.74. 110.08-0.51. 2.11. 2.11. 116.8. 4. 4.500. +0.040. -0.031. 0.625. 0.344. 4.334-0.020. 0.083. 0.083. 4.60. 139.7mm. 139.7. +1.40. -0.79. 15.88. 8.74. 135.48-0.51. 2.90. 2.11. 141.7. . 5.500. +0.050. -0.031. 0.625. 0.344. 5.333-0.020. 0.114. 0.083. 5.578. 125. 141.3. +1.42. -0.79. 15.88. 8.74. 137.03-0.56. 2.77. 2.11. 143.8. 5. 5.563. +0.056. -0.031. 0.625. 0.344. 5.395-0.022. 0.109. 0.083. 5.66. 165.1mm. 165.1. +1.60. -0.79. 15.88. 8.74. 160.90-0.56. 2.90. 2.16. 167.0. . 6.500. +0.063. -0.031. 0.625. 0.344. 6.334-0.022. 0.114. 0.085. 6.574. 150. 168.3. +1.60. -0.79. 15.88. 8.74. 163.96-0.56. 2.77. 2.16. 170.9. 6. 6.625. +0.063. -0.031. 0.625. 0.344. 6.455-0.022. 0.109. 0.085. 6.73. 200. 219.1. +1.60. -0.79. 19.05. 11.91. 214.40-0.64. 2.77. 2.34. 223.5. 8. 8.625. +0.063. -0.031. 0.750. 0.469. 8.441-0.025. 0.109. 0.092. 8.80. 250. 273.0. +1.60. -0.79. 19.05. 11.91. 268.27-0.69. 3.40. 2.39. 277.4. 10. 10.750. +0.063. -0.031. 0.750. 0.469. 10.562-0.027. 0.134. 0.094. 10.92. 300. 323.9. +1.60. -0.79. 19.05. 11.91. 318.29-0.76. 3.96. 2.77. 328.2. 12. 12.750. +0.063. -0.031. 0.750. 0.469. 12.531-0.030. 0.156. 0.109. 12.92. 350. 355.6. +1.60. -0.79. 23.83. 11.91. 350.04-0.76. 3.96. 2.77. 358.1. 14. 14.000. +0.063. -0.031. 0.938. 0.469. 13.781-0.030. 0.156. 0.109. 14.10. 400. 406.4. +1.60. -0.79. 23.83. 11.91. 400.84-0.76. 4.19. 2.77. 408.9. 16. 16.000. +0.063. -0.031. 0.938. 0.469. 15.781-0.030. 0.165. 0.109. 16.10. 450. 457.2. +1.60. -0.79. 25.40. 11.91. 451.64-0.76. 4.19. 2.77. 461.3. 18. 18.000. +0.063. -0.031. 1.000. 0.469. 17.781-0.030. 0.165. 0.109. 18.16. 500. 508.0. +1.60. -0.79. 25.40. 11.91. 502.44-0.76. 4.78. 2.77. 512.1. 20. 20.000. +0.063. -0.031. 1.000. 0.469. 19.781-0.030. 0.188. 0.109. 20.16. 550. 559.0. +1.60. -0.79. 25.40. 11.91. 550.06-0.76. 4.78. 4.37. 563.9. 22. 22.000. +0.063. -0.031. 1.000. 0.469. 21.656-0.030. 0.188. 0.132. 22.20. 600. 609.6. +1.60. -0.79. 25.40. 12.70. 600.86-0.76. 4.78. 4.37. 614.7. 24. 24.000. +0.063. -0.031. 1.000. 0.500. 23.656-0.030. 0.188. 0.172. 24.20
Pipe O.D. check (Before grooving) Groove Gage
Acceptable max. pipe O.D. Acceptance range
Upper limit
Center line
Lower limit
Basic. roll. groove. dimensions. conform. to.ANSI/AWWA.C606-06.Table.5.with.slightly.adjusted. tolerances. to. incorporate. international.standards. including.CSA.B242,. ISO/FDIS. 6152-12,.VdS.2100-6en.and.JPF.MP-006.
5..The.`d'.is.for.reference.use.only..The.groove.depth.shall.be.determined.by.the.groove.diameter.`C'.
6..Flare.Diameter:.The.pipe.end.that.may.flare.when.the.groove.is.rolled.shall.be.within.this.limit.when.measured.at.the.extreme.end.of.the.pipe.
PIPE
G
Pipe G (max) Sizes
. Up.to.3½”. 0.8mm.(.0.030”.)
. 4.~.6”. 1.2mm.(.0.045”.)
. 8”.~.above. 1.6mm.(.0.060”.)Quick check with a housing segment
Housing segment
Groove Rule
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Catalog 2011
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Roll Grooving Dimensions per ISO/FDIS 6182-12 Table 1For ISO 4200:1991 Plain-end Steel Tubes, Welded and Seamless (Superseding BS1387 and DIN 2440 & DIN 2448)
Dimensions.in.millimeters
t
A
ØOD
D
ØC
ØF
B
Figure.1.-.Roll.grooved-end.dimensional.reference.points.for.Table.1
Roll Grooving Dimensions for KS D3507 & JIS G3452 Carbon Steel Pipe
Nominal Gasket Groove Groove Dia. G Groove Groove size Pipe Seat L Width W Basic Tolerance Circumference Depth Flare A B O.D. +0.76* +0.76* +0.00* C d (ref) f mm mm mm mm mm mm mm mm mm mm mm. 25A. 1. 34.0. 16.0. 7.1. 30.4. -0.38. 95.5. 0./.-3.1. 1.80. 35.5. 32A. 1¼. 42.7. 16.0. 7.1. 39.1. -0.38. 122.8. 0./.-3.1. 1.80. 44.2. 40A. 1½. 48.6. 16.0. 7.1. 45.0. -0.38. 141.4. 0./.-3.1. 1.80. 50.1. 50A. 2. 60.5. 16.0. 8.7. 56.9. -0.38. 178.8. 0./.-3.1. 1.80. 62.0. 65A. 2½. 76.3. 16.0. 8.7. 72.2. -0.46. 226.8. 0./.-3.1. 2.05. 77.8. 80A. 3. 89.1. 16.0. 8.7. 84.9. -0.46. 266.7. 0./.-3.1. 2.10. 90.6. 100A. 4. 114.3. 16.0. 8.7. 110.1. -0.51. 345.9. 0./.-3.1. 2.10. 116.8. 125A. 5. 139.8. 16.0. 8.7. 135.5. -0.56. 425.7. 0./.3.1. 2.15. 142.3. 150A. 6. 165.2. 16.0. 8.7. 160.8. -0.56. 505.2. 0./.-3.1. 2.20. 167.7. 200A. 8. 216.3. 19.0. 11.9. 211.6. -0.64. 664.8. 0./.-3.1. 2.35. 219.8. 250A. 10. 267.4. 19.0. 11.9. 262.6. -0.69. 825.0. 0./.-3.1. 2.40. 270.9. 300A. 12. 318.5. 19.0. 11.9. 312.9. -0.76. 983.0. 0./.-3.1. 2.80. 322.0
Pipe or tube Dimensional specificationsa
Nominal Outside diameter (OD) Gasket seat Gasket width Grooved diameter C Groove Wall Thickness Flare F size Actual Tolerance A B Actual Tolerance depth T Max. size ±0.76 ±0.76 size Db Min. allow. Dia.. 25. 33,7. +0,41./.-0,68. 15,88. 7,14. 30,23. 0./.-0,38. 1,70. 1,8. 34,5. 32. 42,4. +0,50./.-0,60. 15,88. 7,14. 38,99. 0./.-0,38. 1,70. 1,8. 43,3. 40. 48,3. +0,44./.-0,52. 15,88. 7,14. 45,09. 0./.-0,38. 1,60. 1,8. 49,4. 50. 60,3. ±0,61. 15,88. 8,74. 57,15. 0./.-0,38. 1,60. 1,8. 62,2. 65. 73,0. ±0,74. 15,88. 8,74. 69,09. 0./.-0,46. 1,98. 2,3. 75,2. 65. 76,1. ±0,76. 15,88. 8,74. 72,26. 0./.-0,46. 1,93. 2,3. 77,7. 80. 88,9. +0,89./.-0,79. 15,88. 8,74. 84,94. 0./.-0,46. 1,98. 2,3. 90,6. 90. 101,6. +1,02./.-0,79. 15,88. 8,74. 97,38. 0./.-0,51. 2,11. 2,3. 103,4. 100. 108,0. +1,07./.-0,70. 15,88. 8,74. 103,73. 0./.-0,51. 2,11. 2,3. 109,7. 100. 114,3. +1,14./.-0,79. 15,88. 8,74. 110,08. 0./.-0,51. 2,11. 2,3. 116,2. 125. 133,9. +1,32./.-0,70. 15,88. 8,74. 129,13. 0./.-0,51. 1,93. 2,9. 134,9. 125. 139,7. +1,40./.-0,79. 15,88. 8,74. 135,48. 0./.-0,51. 2,11. 2,9. 141,7. 125. 141,3. +1,42./.-0,79. 15,88. 8,74. 137,03. 0./.-0,56. 2,13. 2,9. 143,5. 150. 159,0. +1,60./.-0,79. 15,88. 8,74. 154,50. 0./.-0,56. 2,20. 2,9. 161,0. 150. 165,1. +1,60./.-0,79. 15,88. 8,74. 160,90. 0./.-0,56. 2,16. 2,9. 167,1. 150. 168,3. +1,60./.-0,79. 15,88. 8,74. 163,96. 0./.-0,56. 2,16. 2,9. 170,7. 200. 219,1. +1,60./.-0,79. 19,05. 11,91. 214,40. 0./.-0,64. 2,34. 2,9. 221,5. 250. 277,4. +1,60./.-0,79. 19,05. 11,91. 268,28. 0./.-0,69. 2,39. 3,6. 275,4. 300. 328,2. +1,60./.-0,79. 19,05. 11,91. 318,29. 0./.-0,76. 2,77. 4,0. 326,2
a.See.Figure.1.for.dimensional.diagramb.Dimension.for.reference.only,.groove.diameter.is.determined.by.C.
The.tolerance.for.the.JIS.&.KS.pipe.has.a.little.difference.
LW
d
F G O.D.
C.=.π.G
Groove Diameter:Groove. diameter. “G”. are. only. applicable. to. pipe. sizes. 150A. or. smaller.. .Grooves. for. 200A. thru. 300A. are. to. be.determined.by.the.groove.circumference.Groove Depth:.The.“d”.is.for.reference.use.only.Flare Diameter:.The.maximum.flare.diameters.(f).are.target.values.
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Cut Grooving Dimensions for IPS, BS, AS, ISO, JIS & KS Pipe
Gasket Seating Surface (Column 3):The.gasket.seating.surface.shall.be.free.from.deep.scores,.marks,.or.ridges.that.could.prevent.a.positive.seal..Groove Width (Column 4):Groove.width.is.to.be.measured.between.vertical.flanks.of.the.groove.side.walls..Groove Diameter (Column 5):The.'C'.diameters.are.average.values..The.groove.must.be.of.uniform.depth.around.the.entire.pipe.circumference..Minimum Wall Thickness (Column 6):The.'t'.is.the.minimum.allowable.wall.thickness.that.may.be.cut-grooved.Groove Depth (Column 7):The.'d'.is.for.reference.use.only..The.groove.dimension.shall.be.determined.by.the.groove.diameter.'C'.
A
C
d
B
t
O.D.
Nominal Pipe O. D. A B C Min. Wall Groove Depth Size Basic Tolerance ±0.79 ±0.79 ±0.00 t d (ref.) mm / in mm / in mm / in mm / in ±0.031 ±0.031 ±0.000 mm / in mm / in. 20. 26.7. +0.25. -0.25. 15.88. 7.95. 23.83-0.38. 2.87. 1.42. ¾. 1.050. +0.010. -0.010. 0.625. 0.313. 0.938-0.015. 0.113. 0.056. 25. 33.4. +0.33. -0.33. 15.88. 7.95. 30.23-0.38. 3.38. 1.60. 1. 1.315. +0.013. -0.013. 0.625. 0.313. 1.190-0.015. 0.133. 0.063. 32. 42.2. +0.41. -0.41. 15.88. 7.95. 38.99-0.38. 3.56. 1.60. 1¼. 1.660. +0.016. -0.016. 0.625. 0.313. 1.535-0.015. 0.140. 0.063. 40. 48.3. +0.48. -0.48. 15.88. 7.95. 45.09-0.38. 3.68. 1.60. 1½. 1.900. +0.019. -0.019. 0.625. 0.313. 1.775-0.015. 0.145. 0.063. 50. 60.3. +0.61. -0.61. 15.88. 7.95. 57.15-0.38. 3.91. 1.60. 2. 2.375. +0.024. -0.024. 0.625. 0.313. 2.250-0.015. 0.154. 0.063. 65. 73.0. +0.74. -0.74. 15.88. 7.95. 69.09-0.38. 4.78. 1.98. 2½. 2.875. +0.029. -0.029. 0.625. 0.313. 2.720-0.018. 0.188. 0.078. 76.1mm. 76.1. +0.76. -0.76. 15.88. 7.95. 72.26-0.46. 4.78. 1.98. . 3.000. +0.030. -0.030. 0.625. 0.313. 2.845-0.018. 0.188. 0.078. 80. 88.9. +0.89. -0.79. 15.88. 7.95. 84.94-0.46. 4.78. 1.98. 3. 3.500. +0.035. -0.031. 0.625. 0.313. 3.344-0.018. 0.188. 0.078. 101.6mm. 101.6. +1.02. -0.79. 15.88. 7.95. 97.38-0.51. 4.78. 1.98. . 4.000. +0.040. -0.031. 0.625. 0.313. 3.834-0.020. 0.188. 0.078. 108.0mm. 108.0. +1.04. -0.79. 15.88. 9.53. 103.73-0.51. 5.16. 2.11. . 4.250. +0.043. -0.031. 0.625. 0.375. 4.084-0.020. 0.203. 0.083. 100. 114.3. +1.14. -0.79. 15.88. 9.53. 110.08-0.51. 5.16. 2.11. 4. 4.500. +0.045. -0.031. 0.625. 0.375. 4.334-0.020. 0.203. 0.083. 125. 141.3. +1.42. -0.79. 15.88. 9.53. 137.03-0.56. 5.16. 2.11. 5. 5.563. +0.056. -0.031. 0.625. 0.375. 5.395-0.022. 0.203. 0.083. 133.0mm. 133.0. +1.70. -0.79. 15.88. 9.53. 129.13-0.51. 5.16. 1.93. . 5.250. +0.053. -0.031. 0.625. 0.375. 5.084-0.020. 0.203. 0.076. 139.7mm. 139.7. +1.42. -0.79. 15.88. 9.53. 135.48-0.51. 5.16. 2.11. . 5.500. +0.056. -0.031. 0.625. 0.375. 5.334-0.020. 0.203. 0.083. 159.0mm. 159.0. +1.60. -0.79. 15.88. 9.53. 154.43-0.76. 5.56. 2.20. . 6.250. +0.063. -0.031. 0.625. 0.375. 6.080-0.030. 0.219. 0.087. 165.1mm. 165.1. +1.57. -0.79. 15.88. 9.53. 160.90-0.56. 5.16. 2.16. . 6.500. +0.065. -0.031. 0.625. 0.375. 6.335-0.022. 0.203. 0.085. 150. 168.3. +1.60. -0.79. 15.88. 9.53. 163.96-0.56. 5.56. 2.16. 6. 6.625. +0.063. -0.031. 0.625. 0.375. 6.455-0.022. 0.219. 0.085. 200. 219.1. +1.60. -0.79. 19.05. 11.13. 214.40-0.64. 6.05. 2.34. 8. 8.625. +0.063. -0.031. 0.750. 0.438. 8.441-0.025. 0.238. 0.092. 250. 273.0. +1.60. -0.79. 19.05. 12.70. 268.27-0.69. 6.35. 2.39. 10. 10.750. +0.063. -0.031. 0.750. 0.500. 10.562-0.027. 0.250. 0.094. 300. 323.9. +1.60. -0.79. 19.05. 12.70. 318.29-0.76. 7.09. 2.77. 12. 12.750. +0.063. -0.031. 0.750. 0.500. 12.531-0.030. 0.279. 0.109. 200.JIS. 216.3. +1.60. -0.79. 19.05. 11.13. 211.60-0.64. 6.05. 2.34. . 8.516. +0.063. -0.031. 0.750. 0.438. 8.331-0.025. 0.238. 0.092. 250.JIS. 267.4. +1.60. -0.79. 19.05. 12.70. 262.60-0.69. 6.35. 2.39. . 10.528. +0.063. -0.031. 0.750. 0.500. 10.339-0.027. 0.250. 0.094. 300.JIS. 318.5. +1.60. -0.79. 19.05. 12.70. 312.90-0.76. 7.09. 2.77. . 12.539. +0.063. -0.031. 0.750. 0.500. 12.319-0.030. 0.279. 0.109. 350. 355.6. +1.60. -0.79. 23.83. 12.70. 350.04-0.76. 7.14. 2.77. 14. 14.000. +0.063. -0.031. 0.938. 0.500. 13.781-0.030. 0.281. 0.109. 400. 406.4. +1.60. -0.79. 23.83. 12.70. 400.84-0.76. 7.92. 2.77. 16. 16.000. +0.063. -0.031. 0.938. 0.500. 15.781-0.030. 0.312. 0.109. 450. 457.2. +1.60. -0.79. 25.40. 12.70. 451.64-0.76. 7.92. 2.77. 18. 18.000. +0.063. -0.031. 1.000. 0.500. 17.781-0.030. 0.312. 0.109. 500. 508.0. +1.60. -0.79. 25.40. 12.70. 502.44-0.76. 7.92. 2.77. 20. 20.000. +0.063. -0.031. 1.000. 0.500. 19.781-0.030. 0.312. 0.109. 550. 558.8. +1.60. -0.79. 25.40. 14.30. 550.06-0.76. 9.53. 4.37. 22. 22.000. +0.063. -0.031. 1.000. 0.563. 21.656-0.030. 0.375. 0.172. 600. 609.6. +1.60. -0.79. 25.40. 14.30. 600.86-0.76. 9.53. 4.37. 24. 24.000. +0.063. -0.031. 1.000. 0.563. 23.656-0.030. 0.375. 0.172
. 1. . 2. . 3. 4. 5. 6. 7
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Roll Grooving Machines and Tools – Ratings & Capacity
Tool Model Pipe Pipe Pipe size Roll No. Material Schedule Range Set SHURJOINT® Carbon.Steel. Sch..10. 1".-.12". (Standard)..2".-.6".Upper.roll,.Sch..10.&.Sch..40.(STD) DSC-002 Sch..40,.STD. 1".-.6". (Standard)..2".-.3".Bottom.roll,.Sch..10.&.Sch..40.(STD) . . (Standard).4".-.6".Bottom.roll,.Sch..10.&.Sch..40.(STD). . Stainless. Sch..10S. 1".-.10". (Standard)..8".-.12".Upper.&.bottom.rolls,.Sch..10.. .. . . . . (Optional).1".-.1.1/2".Upper.roll,.Sch..40.(STD). . . . . (Optional).1".-..Bottom.roll,.Sch..40.(STD). . . . . (Optional).1.1/4".-.1.1/2".Bottom.roll,.Sch..40.(STD). . . . . (Optional)..2".-.6".Upper.roll,.Sch..10S.Stainless. . . . . (Optional)..2".-.3".Bottom.roll,.Sch..10S.Stainless. . . . . (Optional)..4".-.6".Bottom.roll,.Sch..10S.Stainless.. . . . . (Optional)..8".-.10".Upper.&.bottom.rolls,.Sch..10S.Stainless.
SHURJOINT® Carbon.Steel. Sch..10. 8”.~.24”. (Standard)..8".-.12".Upper.&.bottom.rolls,.Sch..10.&.STD DSC-003 .375".wall.(STD). 8".-.24". (Standard)..14".-.16".Upper.&.bottom.rolls,.Sch..10.&.STD. . . . . (Standard)..18".-.20".Upper.&.bottom.rolls,.Sch..10.&.STD.. . Stainless. Sch..10S. 8".-.24". (Standard)..22".-.24".Upper.&.bottom.rolls,.Sch..10.&.STD. . . . .. . . . . (Optional).8".-.12".Upper.&.bottom.rolls,.Sch..40.. . . . . (Optional).14".-.16".Upper.&.bottom.rolls,.Sch..40.. . . . . (Optional)..8".-.12".Upper.&.bottom.rolls,.Sch..10S.Stainless.. . . . . (Optional)..14".-.16".Upper.&.bottom.rolls,.Sch..10S.Stainless.. . . . . (Optional)..18".-.20".Upper.&.bottom.rolls,.Sch..10S.Stainless.. . . . . (Optional)..22".-.24".Upper.&.bottom.rolls,.Sch..10S.Stainless.
Carbon.Steel. Sch..10. 1”.~.16”. (Standard)..2".-.6".Sch..10.&.Sch..40.steel RG-150A Sch..40. 1”.~.12”.. (w/.automatic.pump). . . . (Optional)..8".Sch..10.&.40,.10".-.12".Sch..10.steel. RG-150. Stainless. Sch..5S.&.10S. . (Optional).1.".-.1.1/2".Sch..10.&.40.steel (w/.hand.pump) .375”.wall 1".-.6" (Optional).10".-.12".Sch..40.&.STD.steel (Optional).14".-.16".Sch..10.steel (Optional).2.".-.3".Sch..5S.&.10S.stainless. . . . . (Optional).3.".-.6".Sch..5S.&.10S.stainless. . . . .
Carbon.Steel. Sch..10. 1”.~.16”. (Standard)..2".-.6".Sch..10.&.Sch..40.steel RG-RH Sch..40. 1”.~.12”.. . . . . (Optional)..8".Sch..10.&.40,.10".-.12".Sch..10.steel Stainless. Sch..5S.&10S. (Optional).1.".-.1.1/2".Sch..10.&.40.steel. . . .134"(3.4mm).wall 1".-.6". (Optional).10".-.12".Sch..40.&.STD.steel. . . . . (Optional).14".-.16".Sch..10.steel. . . . . (Optional).1.".-.1.1/2".Sch..5S.&.10S.stainless. . . . . (Optional).2.".-.3".Sch..5S.&.10S.stainless. . . . . (Optional).3.".-.6".Sch..5S.&.10S.stainless. .. . (to.use.with.Rex.2-4".pipe.machine.or.Ridgid.#300.driver) Carbon.Steel. Sch..10. 1”.~.6”. (Standard)..2".-.3".Sch..10.&.40.steel RG-R1, E1 Sch..40. 1”.~.12”. (Standard)..4".-.6".Sch..10.steel
(Optional).1.".Sch..10.&.40.steel (Optional).1.1/2".Sch..10.&.40.steel. . . . . .. . (to.use.with.Rex.2-4".pipe.machine.or.Ridgid.#300.driver)
Please contact Rex Industries Co., Ltd. – www.rexind.co.jp – for updated information on roll sets. For other roll grooving machines, always refer to the installation instructions of the machine and roll set you are going to use before operating.
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Roll Grooving Machines and Tools – Ratings & Capacity
Tool Model Pipe Pipe Pipe size Roll No. Material Schedule Range Set
Steel. Sch..10. 1¼".–.12". (Standard).2".–.6".Sch..10.(2"-3½".Sch..40).steel,.stainless, 915 . Sch..40. 1¼".–.6". PVC Stainless. Sch..10. 1¼".–.12". (Optional).1¼".–.1½".Sch..10,.40.steel,.stainless,.PVC . Sch..40. 1¼".–.6". (Optional).4".–.6".Sch..40.steel,.stainless,.PVC. . PVC. Sch..40. 1¼"..–.6". (Optional).8".–.12".Sch..10.steel,.stainless,.PVC. . . Sch..80. 1½".–.3".. . Copper. K,.L,.M,.DWV. 2".–.8". (Optional).2".–.8".copper.tube.K,.L,.M.&.DWV. . ...
Steel. Sch..40. 1".–.6". (Standard).1¼".–.6".Sch..10,.40.steel 960 . Sch..80. 1".–.6". (Optional).1".Sch..10,.40.steel Copper. K,.L,.M,.DWV. 2".–.6". (Optional).2".–.6".copper.tube.K,.L,.M.&.DWV..
Steel. Sch..10. 1¼".–.6". (Standard).1¼".–.6".Sch..10,.40.steel 916 . Sch..40. 1¼".–.3". (Optional).1".Sch..10,.40.steel Stainless. Sch..10. 1¼".–.6" . Sch..40. 1¼".–.3". . PVC. Sch..10. 1¼".–.6". . . Sch..40. 1¼".–.3". . Copper. K,.L,.M..DWV. 2".–.6". (Optional).2".–.6".copper.tube.K,.L,.M.&.DWV.
Steel. Sch..10. 1".–.12". (Standard).2".–.6".Sch..10,.40.steel,.stainless,.PVC 918 . Sch..40. 1".–.8". (Standard).8".–.12".Sch..10.(8".Sch..40).steel,.stainless,.PVC Stainless. Sch..10. 1".–.12". (Optional).1¼".–.1½".Sch..10,.40.steel,.stainless,.PVC . Sch..40. 1".–.2". . PVC. Sch..40. 1".–.8". . . Sch..80. 2½".–.6". . Copper. K,.L,.M..DWV. 2".–.6". (Optional).2".–.6".copper.tube.K,.L,.M.&.DWV.
Steel. Sch..10. 1".–.12". (Standard).2".–.6".Sch..10,.40.steel,.stainless,.PVC 918-1 . Sch..40. 1".–.8". (Standard).8".–.12".Sch..10.(8".Sch..40).steel,.stainless, PVC PVC Sch..80. 2½".–.6". (Optional).1¼".–.1½".Sch..10,.40.steel,.stainless,.PVC Copper. K,.L,.M..DWV. 2".–.6". (Optional).2".–.6".copper.tube.K,.L,.M.&.DWV
.
Steel. Sch..10. 1¼".–.6". (Standard).1¼".–.6".Sch..10,.40.steel 920 Steel. Sch..10. 2".–.24". (Standard).2".–.6".Sch..10,.40.steel,.stainless . Sch..40. 2".–.12". (Standard).8".–.12".Sch..10,.40.steel,.stainless Standard.Wall. 14".–.16". (Standard).14".–.16".Standard.wall.(.375").steel,.stainless Stainless Sch..10. 2".–.24". (Optional).4"-.6".Sch..40.steel,.stainless. . . Sch..40. 2".–.12". (Optional).18"-.20".Sch..10.steel,.stainless. . . Standard.Wall. 14".–.16". (Optional).22"-.24".Sch..10.steel,.stainless. . Copper. K,.L,.M..DWV. 2".–.8". (Optional).2"-.8".copper.tube.K,.L,.M.&.DWV
Please contact Ridgid Tool Company – www.ridgid.com – for updated information on roll sets. For other roll grooving machines, always refer to the installation instructions of the machine and roll set you are going to use before operating.
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Typical Applications - Flexible Couplings - General Systems -
1. Absorption of vibration and noise When. a. pump. operates.with. frequent. starts. and. stops,. the. piping.system. is.affected.by. the.noise.and.vibration.of. the.equipment..The.entire.system.may.develop.a. large.sway,.referred.to.as.sympathetic.vibration,. as. a. result. of. the. frequent. cycling.. Shurjoint. flexible.couplings.will. help. reduce. such. vibration. and. noise.. The. system.should.always.be.properly.designed.with.steel.angle.sway.braces.to.protect.the.system.from.large.sways..
2. Adjustment of misalignmentWhen.a.straight.run.has.need.for.a.slight.adjustment.of.alignment.on.the.jobsite.as.shown.in.the.diagram,.you.can.accomplish.this.with.the.use.of.two.flexible.couplings..The.following.table.shows.the.deflection.value.(θ).of.the.Shurjoint.7705.flexible.couplings.
3. Absorption of distortionWith. the. use. of. an. assembly. as. shown. below,. ground. sinking. or.movement. around. a. tank. or. reservoir. can. be. effectively. absorbed,.avoiding.damage.to.the.tank,.reservoir.and.or.the.piping.system..
4. Absorption of inter-floor deflection Risers.of.high-rise.flexible.structure.buildings.are.subjected.to.lateral.sways. (inter-floor. deflection). when. an. earthquake. occurs.. If. we.assume.the.inter-floor.deflection.is.1/150.and.the.floor.height.(H).as.4.meters,.the.estimated.inter-floor.deflection.(α).will.be;
α.=.H.x.1/150.=.4000.x.1/150.=.27mm
If.we.use.a.200mm.(8”).7707.coupling. for.each. floor,. the.maximum.deflection.(β).that.each.coupling.can.accommodate.will.be;
β.=.L.x.tan.θ.=.4000.x.0.02915.=.4.56”.=.116mm..(θ.=.1.67°)
The.example.shows.a.flexible.coupling.would.be.sufficient.to.absorb.this.scale.of.seismic.sways..
5. Absorption of misalignmentAs. shown. in. the.diagram,. each.branch. connection. to. the. free. riser.will. be. subjected. to. serious. shearing. forces. as. pressure. thrusts. or.thermal.movement. increases..By. using. two. flexible. couplings,. you.can.solve.this.problem..
. Rigid.coupling. Flexible.coupling.
Hanger location
L
δ δ = L sin θ
θHanger location
L
δ δ = L sin θ
θ
Amount of deflection (δ). Nominal. Deflection. ..........Distance.between.couplings.(L).mm
. Size. Angle(θ). 600. 1200. 1500. 2000. 3000
. 2"./.50. 3°.02'. 32. 64. 79. 106. 159
. 2.1/2"./.65. 2°.30'. 26. 52. 65. 87. 131
. 3"./.80. 2°.04'. 22. 43. 54. 72. 108
. 4"./.100. 3°.12'. 34. 67. 84. 112. 168
. 5"./.125. 2°.36'. 27. 54. 68. 91. 136
. 6"./.150. 1°.10'. 12. 24. 31. 41. 61
. 8"./.200. 1°.40'. 17. 35. 44. 58. 87
. 10"./.250. 1°.20'. 14. 28. 35. 47. 70
. 12"./.300. 1°.08'. 12. 24. 30. 40. 59
H
L
β
θ
α = H × 1/150
α
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6. Curved layoutWith. Shurjoint. flexible. couplings. you. can. design. a. slowly. curved.layout. for. a. system.along. a. curved. tunnel,.winding. road. or. curved.building..
. LR.=.(2.x.tan.θ/2)...(where:.R.is.radius.of.curvature,.L.is.pipe.length,.and.θ.is.max..allowed.deflection.of.a.coupling)
Example:. .When. using.model. 7705. 100mm. (4”). couplings. for. the.layout.as.shown.in.the.diagram,.the.max..allowed.deflection.(θ).of.the.coupling. is.3.4°,.and. the.pipe. length. (L). is.5.5.meters,. the. radius.of.curvature.(R).will.be.92.7.meters..
7. Absorption of Thermal StressThermal. stress. is. caused. by. changes. in. temperature,. resulting. in.either. expansion. or. contraction..With. the. use. of. Shurjoint. flexible.couplings. you. can. design. your. system. to. accommodate. such.movement.without. the.need. for.costly.expansion. joints..The. thermal.expansion.or.contraction. (μ). is.determined.by. the. length.of.pipe. (L).and.temperature.difference.(∆T)..
.μ.=.α.x.L.x.∆T
As.the.linear.expansion.coefficient.for.steel.(α).is.1.2.x.10-5,.you.can.use.the.table.above.to.determine.the.thermal.expansion..Example:.•.Pipe.size:.100mm.(4”).•.Max..pipe.end.separation.(E).:.3.2mm•.Pipe.length.(L).:.5.5.m•.Temperature.difference.(∆T).:.40°.C.(+5°.C.to.+45°.C)
.μ.=.α.x.L.x.∆T.=.1.2.x.10-5.x.5500.x.40.=.2.64mm
The. thermal. expansion. of. a. 5.5.meter. standard. length. of. pipe. (μ).is.within. the. allowance. (=.max.. pipe. end. separation). of. a. flexible.coupling..In.other.words,.if.you.use.a.coupling.for.each.pipe.length.of.5.5.meters,.the.coupling.will.accommodate.the.thermal.expansion.or.contraction.expected. to. take.place. for.a.40°.C. temperature.change..When. you. calculate. the. necessary. number. of. couplings. (N). for. an.anchored.system,.you.should.place.a.clearance.of.N.x.E.x.½.as.a.safety.factor..
Whether. it. is. thermal. expansion,. contraction,. or. a. combination.thereof,. the. system. requires. suitable. anchor. installations. with.properly.space.alignment.guides.and.weight.support.devices..Where.and.when. larger. thermal.movement. is. anticipated,. you. should. use.supplementary.expansion.joint(s)..
For. installers.who. use. the. imperial. units. of.measure,. the. following.table.will.be.more.convenient...
LHanger location
Expand
R
R
Thermal Expansion (Metric). Temperature. .....................Pipe.Length..L.(meters)
. Difference. 1. 5.5*. 10.. 20. 30. 40
. ΔT. . ....
. .(°C). . .Thermal.Expansion.(millimeters)
. 1. 0.012. 0.07. 0.12. 0.24. 0.36. 0.48
. 5. 0.06. 0.33. 0.6. 1.2. 1.8. 2.4
. 10. 0.12. 0.66. 1.2. 2.4. 3.6. 4.8
. 20. 0.24. 1.3. 2.4. 4.8. 7.2. 9.6
. 30. 0.36. 2. 3.6. 7.2. 11. 15
. 40. 0.48. 2.6. 4.8. 9.6. 14. 20
. 50. 0.6. 3.3. 6. 12. 18. 24
. 60. 0.72. 4. 7.2. 14. 22. 29
. 70. 0.84. 4.6. 8.4. 17. 25. 34
. 80. 0.96. 5.3. 9.6. 19. 29. 39
*.5.5.meters.is.the.standard.length.of.commercial.carbon.steel.pipe.
Thermal Expansion (Imperial). . ............................Pipe.Lenght.L.(feet)
. Temperature.. 20. 40. 60. 100
. (°F). ................Thermal.Expansion.between.70°.F
. . .................and.indicated.temperature..(inch)
. 0. -0.10. -0.20. -0.29. -0.49
. 25. -0.06. -0.13. -0.19. -0.32
. 50. -0.03. -0.06. -0.08. -0.14
. 70. 0. 0. 0. 0
. 100. 0.05. 0.09. 0.14. 0.23
. 125. 0.08. 0.17. 0.25. 0.42
. 150. 0.12. 0.24. 0.37. 0.61
. 175. 0.16. 0.32. 0.48. 0.80
. 200. 0.20. 0.40. 0.59. 0.99
. 225. 0.24. 0.48. 0.73. 1.21
*.Coefficient.of.thermal.expansion.of.steel.pipe.=.6.33.in/in,.°F.x.10-6
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Anchoring, Hanging and Supports
Shurjoint.grooved.couplings.are.designed. to.hold.axial. thrusts.4–5.times. their. rated. working. pressure,. though. the. strength. against.bending.movements. is. less. than. that. of. steel. pipe..The. joint.may.be. damaged.when. a. bending.movement. greater. than. the. allowed.deflection.occurs.. .System.designers. should.provide.anchors. (main.and.intermediate).and.pipe.guides.with.proper.spacing.to.protect.the.system.from.unexpected.large.bending.movements..These. illustrations. are. examples. only,. and. are. not. intended. to. be.used.for.all.installations.as.conditions.and.requirements.vary.from.job.to.job..Reliance.on.general.data.or.information.contained.herein.shall.be.at.the.user’s.sole.risk.and.without.obligation.to.Shurjoint..Hangers.shall.be.designed.to.support.five.times.the.weight.of.water-filled.pipe.plus.250.lb.(115.kgs).at.each.point.of.pipe.support.(NFPA.13.9.1.1.1.)..The. following. illustrations. are. examples. of. acceptable.hanger.types.and.sizes.per.NFPA.13.
Hangers for straight runsFor. straight. runs,. you. can. use. both. flexible. and. rigid. couplings..When. rigid. couplings. are. used,. the. same.hanger. spacing. as. other.piping.methods.can.be.applied..You.can.refer.to.the.hanger.spacing.standards.of.ANSI.B31.1.Power.Piping.Code,.B31.9.Building.Services.Piping.Code,.NFPA.13.Sprinkler.Systems,.or.Mechanical.Equipment.Construction.Guide.(Japan)..See.the.table.below.
Hanger locations on straight runs where flexible couplings are usedWhen.flexible.couplings.are.used.on.straight.runs,.location.of.hangers.shall.be.designed.as.close.to.each.coupling.as.possible,.or.within.a.distance.of.less.than.1/6.the.span.
. Pipe.size. D.dimension
. in. in./.mm
. ~.2. 5/16.(7.9)
. 2½.~.6. ⅜.(9.5)
. 8. ½.(12.7)
Ddimension
Wraparound....U-hook
. Pipe.size. D.dimension
. in. in./.mm
. ~.4. ⅜.(9.5)
. 5.~.8. ½.(12.7)
. 10.~.12. ⅝.(15.9)
U-Hook.sizes
Rod.sizes
. Pipe.size. D.dimension
. in. in./.mm
. ~.4. ⅜.(9.5)
. 5.~.6. ½.(12.7)
. 10.~.12. ¾.(15.1)
Eye.rod.sizes
Adjustable.swivelRing.-.rod.tight.
to.pipe
Ddimension
Ddimension
Suggested Max. Span between Supports(steel pipe)
. Nominal. .................Water.Service. . . Gas.or.Air.Service
.Pipe.Size. .................(feet./.meters). . . (feet./.meters).
. in/mm. 1). 2). 3). 4). 1). 2). 3)
. 1./.25. 7./.2.1. 9./.2.7. 12./.3.7. 6.6./.2.0. 9./.2.7. 9./.2.7. 9./.2.7
. 1¼./.32. 7./.2.1. 11./.3.4. 12./.3.7. 6.6./.2.0. 9./.2.7. 9./.2.7. 11./.3.4
. 1½./.40. 7./.2.1. 12./.3.7. 15./.4.6. 6.6./.2.0. 9./.2.7. 9./.2.7. 13./.4.0
. 2./.50. 10./.3.1. 13./.4.0. 15./.4.6. 6.6./.2.0. 13./.4.0. 13./.4.0. 15./.4.6
. 3./.80. 12./.3.7. 15./.4.6. 15./.4.6. 6.6./.2.0. 15./.4.6. 15./.4.6. 17./.5.2
. 4./.100. 14./.4.3. 17./.5.2. 15./.4.6. 6.6./.2.0. 17./.5.2. 17./.5.2. 21./.6.4
. 6./.150. 17./.5.2. 20./.6.1. 15./.4.6. 10./.3.0. 21./.6.4. 21./.6.4. 25./.7.6
. 8./.200. 19./.5.8. 21./.6.4. 15./.4.6. 10./.3.0. 24./.7.3. 24./.7.3. 28./.8.5
. 10./.250. 19./.5.8. 21./.6.4. . 10./.3.0. 24./.7.3. 24./.7.3. 31./.9.5
. 12./.300. 23./.7.0. 21./.6.4. . 10./.3.0. 30./.9.1. 30./.9.1. 33./.10.1
. 14./.350. 23./.7.0. 21./.6.4. . . 30./.9.1. 30./.9.1. 33./.10.1
. 16./.400. 27./.8.2. 21./.6.4. . . 35./.10.7. 35./.10.7. 33./.10.1
. 18./.450. 27./.8.2. 21./.6.4. . . 35./.10.7. 35./.10.7. 33./.10.1
. 20./.500. 30./.9.1. 21./.6.4. . . 39./.11.9. 39./.11.9. 33./.10.1
. 24./.600. 32./.9.8. 21./.6.4. . . 42./.12.8. 42./.12.8. 33./.10.1
1).ANSI.B31.1.Power.Piping.Code2).ANSI.B31.9.Building.Services.Piping.Code3).NFPA.13.Sprinkler.systems4).Ministry.of.Land.&.Transportation.of.Japan:.Mechanical.Equipment.Construction.Guide
L
max.1/6L
max.1/6L
LCorrect hanger location Wrong hanger location
Elevation
plan
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Hanger locations on curved pipe runs and branch lines
A trapeze hanger for multiple pipe runs
U-boltHanger rod
U-bolt
A rod hanger for a single pipe run A trapeze hanger suspended from ceiling
Hanger rod
Band hanger
U-bolt
A steel angle bracket attached to wall
Insert
Inserts
Inserts
Inserts
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Up to 1"
1-1/4" and above
Curved pipe runs
max.300mm
Short riser (or short drop)
Branch line
Over 600mm
Over 600mm
max.800mm
max.500mm
max.300mm
Typical designs of hangers and sway braces for pipe runsPipe. runs. shall. be. adequately. suspended. by. rod. hangers. or. steel.angles. that. are. directly. attached. to. the.building. structure. to. restrict.
the.movement.of.the.piping...Hangers.and.their.components.shall.be.ferrous.. .The.maximum.distance.between.hangers.shall.not.exceed.that.specified.in.the.table.of.previous.page.
Additional. hangers. or. supports. shall. be. provided.where. runs. are.curved,.connected.to.a.branch.line.or.on.short.risers.or.drops..
A trapeze hanger for multiple pipe runs
U-boltHanger rod
U-bolt
A rod hanger for a single pipe run A trapeze hanger suspended from ceiling
Hanger rod
Band hanger
U-bolt
A steel angle bracket attached to wall
Insert
Inserts
Inserts
Inserts
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Supports for risersIn.multi-story. buildings,. risers. shall. be. fixed. (or. anchored). at. the.lowest. level. and. at. the. top. of. the. riser. and. shall. be. supported. by.riser.clamps.or.U-bolts.at.each. floor. level. to.prevent. the.risers. from.swaying..If.risers.are.braced.by.the.penetration.floors,.the.number.of.riser.clamps.or.U-bolts.may.be.reduced.to.one.at.each.three.stories..For. risers,. either. flexible. or. rigid. couplings.can.be.used.as.long.as.proper.anchoring.and.support.is.provided.
•. Anchors.should.be.sufficient.to.hold.the.weight.of.water-filled.pipe.and.pressure.thrusts.
•. Pipe. guides. (sway. braces). should. be. such. as. to. brace. lateral.movement.of.the.system.
1m
2 F
1 F
14 F
3 F
13 F
Max
.
15 F Max
.1m
Flexible CouplingRigid CouplingAnchorSway brace
weld
Anchors for risers ( )
ResilientIsolator
Sway braces for risers ( )
Sway brace ( )
Sway brace ( )
U-bolt
U-bolt
Heat Insulator
ResilientIsolator
90° Elboww/Base Support
Resilient Isolator
Anchor ( )
Sway braces for risers ( )
Sway brace ( )
Sway brace ( )
U-bolt
U-bolt
Heat Insulator
ResilientIsolator
Sway braces for risers ( )
Sway brace ( )
Sway brace ( )
U-bolt
U-bolt
Heat Insulator
ResilientIsolator
Riser.clamp
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Gasket Selection
Proper gasket selection is essential for the optimum performance of Shurjoint grooved couplings, flange adapters and mechanical tees.
1. Compound Grade:. In. general,. Grade. "E". EPDM. gaskets. are.recommended. for. cold.and.hot.water. services,.Grade. "T".Nitrile. (or.NBR). gaskets. for. oils,.Grade. "L". Silicone. gaskets. for. hot. air. and.Grade. "O". Fluorocarbon. gaskets. for. fuels. and. harsh. chemicals..Refer. to.pages.6.&.7. for. further.details..Failure. to.select. the.proper.compound.may.cause.a.joint.failure.and.or.property.damage.
2. Chemical resistance:. The. listing. of. chemical. resistance.shows. general. service. recommendations. of.Grades. "E". (EPDM),."T". (Nitrile),. "L". (Silicone),. "V". (Neoprene). and. "O". (Fluorocarbon,.Viton®).gaskets.for.various.chemicals.used.at.ambient.temperatures..The. data. and. recommendations. presented. are. based. on. the. best.information.available. today..For. unusual. and.or. severe. services,. or.services.not.listed.please.contact.Shurjoint.for.a.recommendation.
3. Service temperatures:. In. general,. rubber. compounds. can. not.maintain. elasticity. and. sealing. capabilities. at. temperatures. below.-40°F. (-40°C).. Thus,. recommended. low. temperature. ranges. of.Shurjoint. gaskets. are. -30. to. -20°F. (-34. to. -29°C).. . Resistance.against. elevated. temperatures. varies. depending. on. the. grade. of.compound.and.media. (air,.water,. steam.or. chemicals)..See.page.7.for.details.
4. Gasket styles:.Shurjoint. grooved. couplings. utilize. several.different. gasket. styles,. standard,.GapSeal®,. EP. (End.Protection).and.FF. (Fast.Fit)..GapSeal®.gaskets. are. compatible.with. standard.gaskets.and.they.are.interchangeable.with.each.other..Other.special.styles.are.not.compatible.with.standard.or.GapSeal®.gaskets..Always.use.the.correct.gasket.style.for.the.coupling.model.you.selected..
5. Vacuum service: Shurjoint. standard. gaskets. are. designed. to.seal. well. under. vacuum. conditions. up. to. 10. inHg. (absolute)/254.mmHg. (absolute).which.may.occur.when.a. system. is. drained.. .For.continuous. services. greater. than. 10. inHg. (absolute)/254.mmHg.(absolute),. the. use. of.GapSeal®. gaskets. or. EP. (end. protection).gaskets. in. combination.with. rigid. style. couplings. is. recommended..Contact.Shurjoint.for.specific.recommendations.
6. Dry pipe and freezer services:.Shurjoint. recommends. the.use.of.GapSeal®.Grade."E".gaskets. for.dry.pipe. fire.protection.systems.and. freezer. applications..The.GapSeal®.gasket. closes. off. the. gap.between.the.pipes.or.gasket.cavity.. .This.will.prevent.any.remaining.liquid. from.entering. the. cavities. and. freezing.when. the. temperature.drops.. . Rigid. couplings. are. preferred. for. dry. pipe,. freezer. and.vacuum.applications...Reducing.couplings.are.not.recommended.for.these.applications.
Do.not.use.the.Shurjoint.standard.lubricant.for.dry.pipe.and. freezer. systems,. instead. use. a. petroleum. free. silicone. based.lubricant.
7. ANSI/NSF 61 Standard:.ANSI/NSF.61.classified.gaskets.are.good.for. potable.water. services..The. classification. categories. are. ‘cold’.which. is. limited. to.+86°F. (+30°C). (or.maximum.ambient. distribution.temperatures.of.unheated.water).maximum.and. ‘hot’.which. is. limited.to.+180°F.(+82°C).(or.scalding.temperatures.of.hot.domestic.water).
8. Lubricant:.Shurjoint. lubricant. is. recommended.for.proper.gasket.installation.to.prevent.the.gasket.from.being.pinched..Apply.a.thin.coat.to.the.gasket.exterior,.gasket.lips.and.or.housing.interiors...Shurjoint.lubricant. is. available. in. one. pound. (450. grams). and. one. quart. (. 2.pounds.or.900.grams).containers..Certified.to.ANSI/NSF.61.
Standard GapSeal®
End Protection FastFit®
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Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Acetaldehyde. 200. ---. ---. NR. NR
Acetamide. 200. 150. ---. NR. 120
Acetic.Acid,.to.10%.. 180. 100. 180. NR. NR
Acetic.Acid,.10.-.50%.. 140. ---. 100. NR. NR
Acetic.Acid,.Glacial. 100. ---. 100. NR. NR
Acetic.Anhydride. 100. 100. ---. 70. NR
Acetone. 130. ---. ---. NR. NR
Acetonitrile. NR. 100. ---. 70. NR
Acetophenone. 140. ---. ---. NR. NR
Acetyl.Chloride. NR. ---. ---. NR. 185
Acetylene. 200. 150. 100. 70. 200
Acrylic.Resin. NR. 100. ---. 100. NR
Acrylonitrile. NR. NR. NR. NR. NR
Adipic.Acid,.Saturated. 200. 150. ---. 200. 200
Air,.oil.free. 230. 140. 350. NR. 300
Air.with.vapored.oil. NR. 150. ---. NR. 300
Alkalis. Good. NR. ---. ---. ---
Allyl.Alcohol. 70. ---. ---. 70. 100
Allyl.Chloride. NR. NR. NR. NR. 70
Aluminum.Acetate. 200. 100. NR. NR. NR
Aluminum.Ammonium. 200. ---. ---. 160. 200
Aluminum.Chloride. 200. 150. NR. 160. 200
Aluminum.Chrome. 200. ---. ---. 160. 200
Aluminum.Fluoride. 200. 150. NR. 160. 200
Aluminum.Hydroxide. 200. NR. 100. 100. 200
Aluminum.Nitrate. 200. 150. 73. 100. 100
Aluminum.Phosphate. 200. ---. 100. ---. ---
Aluminum.Potassium.Sulfate. 200. 100. 100. 160. 200
Aluminum.Salts. 200. ---. 100. ---. ---
Aluminum.Sulfate. 200. 150. 100. 140. 185
Alums. 200. 150. ---. 160. NR
Ammmonia. 175. ---. NR. 150. NR
Ammonia.Anhydrous.(Pure.Ammonia). NR. NR. NR. NR. NR
Ammonia,.Gas. 140. 100. ---. 140. NR
Ammonia,.Aqua,.10.-.25%. 140. ---. ---. ---. NR
Ammonia.Hydroxide. 175. ---. ---. 150. NR
Ammonium.Acetate. 140. ---. 100. 140. 73
Ammonium.Bifluoride. 200. 150. ---. ---. 200
Ammonium.Carbonate. 200. ---. NR. 140. 200
Ammonium.Chloride. 200. 150. NR. 160. 200
Ammonium.Fluoride,.to.10%. 200. 100. ---. 100. ---
Ammonium.Hydroxide. 200. ---. NR. 150. 70
Ammonium.Metaphosphate. 200. ---. ---. ---. 200
Ammonium.Nitrate. 200. 150. NR. 160. 100
Ammonium.Nitrite. 200. 100. 73. ---. ---
Ammonium.Persulfate. 200. NR. 100. 70. ---
Ammonium.Phosphate. 200. 150. 100. 140. 185
Ammonium.Sulfamate. ---. 150. ---. ---. ---
Ammonium.Sulfate. 200. 150. .NR. 160. 200
Ammonium.Sulfide. 200. 100. ---. ---. 200
Ammonium.Thiocyanate. ---. ---. ---. 70. 185
Amyl.Acetate. 70. ---. NR. NR. NR
Amyl.Alcohol. 200. ---. NR. 140. 185
Amyl.Borate. NR. 100. ---. ---. ---
Amyl.Chloride. NR. NR. NR. NR. 200
Amyl.Chloronaphthalene. NR. 70. NR. ---. ---
Aniline. 140. ---. NR. NR. 140
Aniline.Hydrochloride. NR. NR. NR. NR. 185
Aniline.Oil. 100. ---. ---. ---. ---
Animal.Fats. NR. Gr..A. 100. ---. ---
Anthraquinone. NR. NR. NR. NR. 200
Anthraquinone.Sulfonic.Acid. NR. NR. NR. NR. 200
Antimony.Chloride. 100. ---. ---. ---. ---
Antimony.Tricholoride. 140. ---. 100. 140. 185
Anyiline.Hydrochloride. ---. NR. ---. ---. 185
Argon.Gas. 200. NR. 100. 100. 200
Aroclors. NR. NR. ---. ---. 100
Arsenic.Acid,.to.75%. 185. 150. 100. NR. 200
Arylsulfonic.Acid. 140. NR. NR. NR. 185
ASTM.#1,.2.&.3.Oil. NR. 150. NR. NR. 100
Chemical ResistanceNumber = Max. Recommended Temp. (°F)NR = Not Recommended--- = Incomplete Data
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Aviation.Fuel. NR. 150. NR. NR. ---
Barium.Carbonate. 200. 100. 100. 160. 200
Barium.Chloride. 200. 150. 100. 160. 200
Barium.Hydroxide. 180. 150. NR. 150. 200
Barium.Nitrate. 200. 100. ---. 160. 200
Barium.Sulfide. 140. 150. NR. 160. 200
Beer. 200. Gr..A. NR. 140. 200
Beet.Sugar.liquors. 200. Gr..A. 100. 160. 185
Benzaldehyde. 140. NR. NR. NR. NR
Benzene. NR. NR. NR. NR. 150
Benzene.Benzol. 200. ---. ---. ---. 200
Benzene.Sulfonic.Acid. NR. NR. NR. 160. 185
Benzine.. NR. NR. NR. NR. 150
Benzoic.Acid.(Saturated). NR. ---. NR. 160. ---
Benzol. NR. NR. NR. NR. 150
Benzyl.Alcohol. NR. NR. NR. NR. 140
Benzyl.Benzoate. 140. NR. ---. ---. ---
Black.Liquor. 180. ---. ---. 70. 200
Black.Sulfate.Liquor. 100. 150. 100. ---. ---
Blast.Furnance.Gas. NR. 150. 100. ---. ---
Bleach,.Industrial.(15%.Cl2). 70. ---. ---. ---. 185
Borax. 140. ---. ---. 140. 185
Bordeaux.Mixture. 200. ---. ---. ---. ---
Boric.Acid. 140. 100. 100. 140. 185
Brine,.Acid. 200. ---. ---. 160. 200
Bromobenzene. NR. NR. NR. NR. 150
Bromotoluene. NR. NR. NR. NR. NR
Butadiene. NR. NR. NR. 140. 185
Butane. NR. 100. NR. 70. 185
Butanol.(see.Butyl.Alcohol). 200. 150. ---. 140. 75
Butter. NR. Gr.A. NR. NR. NR
"Butyl."Cellosolve.Adipate". 100. 100. 100. ---. NR
Butyl.Acetate. 140. NR. NR. NR. NR
Butyl.Acetyl.Ricinoleate. 200. 100. ---. ---. ---
Butyl.Alcohol. 200. 150. 73. 140. 75
Butyl.Cellosolve. 140. NR. ---. ---. NR
Butyl.Stearate. NR. 150. ---. NR. 200
Butylene. NR. 150. ---. NR. 100
Butylene.Glycol. 150. 150. ---. ---. ---
Butyne.Diol. NR. NR. NR. NR. NR
Butyric.Acid. 140. NR. NR. NR. 70
Cadmium.Cyanide. ---. ---. ---. 70. ---
Calcium.Acetate. NR. 100. NR. ---. ---
Calcium.Bisulfate. NR. 100. NR. ---. ---
Calcium.Bisulfide. NR. 100. NR. ---. 185
Calcium.Bisulfite. 100. 100. 73. 70. 185
Calcium.Carbonate. 200. 100. 100. 70. 200
Calcium.Chlorate. 140. ---. 100. 70. 185
Calcium.Chloride. 200. 150. 100. 160. 200
Calcium.Hydrochloride. 200. ---. ---. ---. ---
Calcium.Hydroxide.. 200. 100. NR. 70. 200
Calcium.Hypochlorite. 70. 100. NR. ---. 185
Calcium.Nitrate. 200. 150. 100. 100. 200
Calcium.Oxide. 200. 100. NR. 160. ---
Calcium.Sulfate. 200. 150. 100. 160. 200
Calcium.Sulfide. 200. 100. 100. ---. ---
Caliche.Liquors. 200. 100. 100. ---. ---
Camphor.Crystals. 200. ---. ---. NR. 200
Cane.Sugar.Liquors. 200. Gr..A. 100. 160. 200
CarbitolTM. 140. 100. 73. 70. 70
Carbon.Dioxide,.Dry. 140. 150. ---. 160. 200
Carbon.Dioxide,.Wet. 140. 150. ---. 160. 200
Carbon.Disulfide. NR. ---. ---. NR. 200
Carbon.Monoxide. 200. 100. 100. 70. 200
Carbon.Tetrachloride. NR. NR. NR. NR. 185
Carbonic.Acid,.Fenol. 200. 100. 100. 70. 200
Caster.Oil. 140. Gr..A. NR. 100. ---
Caustic.Potash. 140. ---. ---. 160. NR
Cellosolve... 140. NR. NR. ---. NR
Cellulose.Acetate. 140. NR. NR. NR. NR
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Cellulube.220.(Tri-Aryl-Phosphate). 200. ---. 100. ---. ---
Cellulube.Hydraulic.Fluids. 200. ---. ---. ---. ---
China.Wood.Oil,.Tung.Oil. NR. 150. ---. ---. ---
Chloralhydrate. NR. NR. NR. 70. NR
Chloric.Acid,.to.20%. NR. ---. ---. 140. 140
Chlorine.Gas,.Dry.or.Wet. NR. ---. ---. NR. 185
Chloroacetone. 200. NR. NR. ---. ---
Chlorobenzene. NR. NR. NR. NR. 70
Chlorobromomethane. NR. NR. NR. NR. NR
Chloroform. NR. NR. NR. NR. 70
Chlorosulphonic.Acid. NR. NR. NR. NR. NR
Chrome.Alum. 100. 100. 100. ---. ---
Chromic.Acid,.to.10%. 70. ---. NR. NR. 140
Chromium.Potassium.Nitrate. 140. ---. NR. 160. 200
Citric.Acid,.Saturated. 200. 100. NR. 140. 200
Coconut.Oil. NR. Gr..A. NR. 100. 185
Cod.Liver.Oil. NR. Gr..A. 100. ---. ---
Coke.Oven.Gas. 70. 150. 100. ---. 185
Copper.Acetate,.Saturated. 100. ---. NR. 160. 140
Copper.Carbonate. 200. ---. ---. ---. 185
Copper.Chloride. 200. 150. 100. 160. 200
Copper.Cyanide. 200. 150. 100. 160. 185
Copper.Fluoride. 200. 100. ---. 140. 185
Copper.Nitrate. 200. 150. 100. 160. 200
Copper.Sulfate. 200. 150. NR. 160. 200
Corn.Oil. NR. Gr..A. 73. NR. 200
Corn.Syrup. ---. Gr..A. 100. 100. 185
Corrosion.Inhibitors.(for.heating.systems). NR. ---. ---. ---. ---
Cotton.Seed.Oil. NR. Gr..A. NR. ---. 185
Creosote. NR. 100. ---. NR. 73
Creosote,.Coal.Tar. NR. ---. ---. ---. 140
Creosote,.Wood. NR. ---. ---. ---. 140
Cresol. NR. NR. NR. NR. 100
Cresylic.Acid,.to.50%. NR. ---. ---. ---. 185
Crude.Oil. NR. ---. NR. ---. 200
Crude.Oil,.Sour. NR. 150. ---. ---. 200
Cumene. NR. ---. ---. NR. 200
Cupric.Fluoride. 200. 150. ---. ---. ---
Cupric.Sulfate. 200. 150. ---. 160. 200
Cuprous.Chloride. 200. ---. ---. 70. 200
Cyclohexane.Alycyclic.(Hydrocarbon). NR. 100. NR. NR. 185
Cyclohexanol. NR. 100. NR. NR. 185
Cyclohexanone. 70. NR. NR. NR. NR
Detergents. 200. 100. 73. 160. 200
Dextrin. NR. 150. ---. ---. 200
Dextrose. 140. ---. ---. 160. 200
Diacetone.Alcohol. 70. 73. NR. NR. NR
Dibutoxy.Ethyl.Phthalate. 70. ---. ---. NR. 200
Dibutyl.Phthalate. 70. 73. NR. NR. NR
Dichloro.Difloro.Methane. ---. 150. ---. ---. ---
Dichloroethylene. NR. ---. ---. NR. 185
Dicyclohexylamine. ---. 73. ---. ---. ---
Diesel.Oil. NR. 150. NR. NR. 185
Diethyl.Cellosolve. NR. ---. ---. 100. 200
Diethyl.Ether. NR. 73. NR. ---. NR
Diethyl.Sebacate. 100. 100. 100. ---. ---
Diethylamine. 70. 100. NR. ---. NR
Diethylene.Glycol. 200. 150. NR. ---. ---
Digester.Gas. NR. 150. ---. ---. ---
Dimethylamine. 140. 150. ---. NR. NR
Dioctyl.Phthalate. 70. NR. NR. NR. 70
Dioxane. 70. NR. ---. NR. NR
Dipentene.(Terpene-Hydrocarbon). NR. 73. 73. ---. ---
Diproplylene.Glycol. ---. 100. ---. ---. ---
Disodium.Phosphate. 200. ---. ---. ---. ---
Divinylbenzene. NR. ---. ---. ---. 200
Dowtherm.A. NR. NR. NR. ---. 140
Dowtherm.E. NR. NR. NR. ---. 140
Dowtherm.SR-1. 100. 100. ---. ---. ---
Epsom.Salt. 200. 100. ---. ---. ---
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Catalog 2011
©Copyright 2011 Shurjoint
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Ethanolamine. 140. NR. ---. ---. ---
Ethers. NR. NR. NR. NR. NR
"Ethyl."Cellusolve". 100. NR. NR. ---. ---
Ethyl.Acetoacetate. 100. NR. 73. ---. NR
Ethyl.Acrylate. 70. NR. 100. NR. NR
Ethyl.Alcohol.(Ethanol). 200. 150. NR. ---. ---
Ethyl.Cellulose. NR. 73. NR. ---. ---
Ethyl.Chloride. 70. 100. NR. 70. 140
Ethyl.Ether. NR. 70. ---. NR. NR
Ethyl.Oxalate. 100. NR. NR. ---. ---
Ethyl.Silicate. 100. 100. ---. ---. ---
Ethylene. NR. 100. NR. NR. 140
Ethylene.Chlorohydrin. 70. NR. NR. 70. NR
Ethylene.Diamine. 70. 100. ---. 100. ---
Ethylene.Dichloride.(Dichloroethane). NR. ---. ---. NR. 120
Ethylene.Glycol. 200. 150. 73. 160. 200
Ethylene.Oxide. NR. NR. NR. NR. NR
Fatty.Acid. NR. Gr..A. NR. 140. 185
Ferric.Chloride,.to.35%. 200. 150. NR. 160. 200
Ferric.Hydroxide. 180. ---. ---. 100. 180
Ferric.Nitrate. 200. 100. 100. 160. 200
Ferric.Sulfate. 200. 100. NR. 140. 185
Ferrous.Chloride. 200. 100. NR. ---. 200
Ferrous.Hydroxide. 180. ---. ---. ---. 180
Ferrous.Nitrate. 180. ---. ---. 160. 200
Ferrous.Sulfate. 200. 150. 100. 160. 200
Fire.Fighting.Form.(AFFF). 180. ---. ---. ---. ---
Fish.Oils.(Solubles). NR. Gr..A. 73. ---. 70
Fluboric.Acid. 140. ---. NR. 160. 140
Fluorine.Gas,.Wet. NR. NR. NR. NR. NR
Fluorosilicic.Acid,.to.30%. 140. 100. ---. 100. 200
Fly.Ash. 180. ---. ---. ---. ---
FM200. 200. ---. 200. 200. ---
Foam. 180. ---. ---. ---. ---
Fog.Oil. NR. 100. ---. ---. ---
Formaldehyde. 140. 100. NR. 140. NR
Formanide. NR. 100. ---. ---. ---
Formic.Acid,.to.25%. 200. 100. ---. 140. NR
Freon.F-11. NR. 130. NR. NR. 70
Freon.F-113. NR. 130. NR. 130. 130
Freon.F-114. NR. 130. NR. 70. NR
Freon.F-12. NR. 130. NR. 130. NR
Freon.123. NR. NR. NR. NR. NR
Freon.134a. NR. NR. NR. NR. NR
Freon.F-21. NR. NR. NR. NR. NR
Freon.F-22. NR. NR. ---. 130. NR
Fructose. 175. 150. ---. 160. 200
Fruit.Juice,.Pulp. ---. Gr..A. ---. ---. 200
Fuel.Oil. NR. 150. NR. ---. 100
Fumaric.Acid. 100. 100. ---. ---. 100
Furan. NR. NR. NR. NR. NR
Furfural. 140. ---. ---. 70. NR
Furfuryl.Alcohol. 140. NR. ---. ---. ---
Gallic.Acid. 70. 100. NR. 70. 185
Gasoline,.Leaded. NR. ---. ---. 70. 100
Gasoline,.Refined. NR. 100. ---. ---. ---
Gasoline,.Sour. NR. ---. ---. ---. 100
Gasoline,.Unleaded. NR. 100. ---. ---. 100
Gelatin. 200. Gr..A. 73. 160. 200
Glucose. 200. Gr..A. 100. 160. 200
Glue. 150. 150. 73. ---. ---
Glycerine. 200. 150. 100. 160. 200
Glycerol. 150. 100. ---. ---. ---
Glycol. 180. 100. 73. ---. ---
Glycolic.Acid. NR. 73. 73. 70. NR
Grape.Sugar,.Juice. 200. Gr..A. ---. 160. 185
Grease. NR. 150. NR. ---. 185
Green.Sulfate.Liquor. 180. 150. 100. 70. ---
Halon.1301. 180. NR. ---. ---. 140
Heptane. NR. 100. ---. 70. 185
Hexaldehyde. 180. NR. 100. ---. ---
Hexane. NR. 70. NR. 70. 70
Hexanol... NR. ---. ---. 70. 160
Hexanol.Tertiary. NR. 100. ---. ---. ---
Hexyl.Alcohol. NR. 100. NR. 100. 185
Hexylene.Glycol. NR. 100. ---. ---. ---
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Hydraulic.Oil. NR. ---. NR. 70. 200
Hydrobromic.Acid,.to.50%. 140. 100. ---. 70. 185
Hydrochloric.Acid,..to.37%. 75. NR. NR. ---. 158
Hydrocyanic.Acid,.to.10%. 200. NR. ---. ---. 185
Hydrofluoric.Acid,.to.30%. NR. NR. NR. 70. 150
Hydrofluosilicic.Acid,.to.50%. 140. 150. ---. ---. 200
Hydrogen.Gas. 200. 73. NR. 160. 100
Hydrogen.Peroxide,.to.30%. 140. NR. 100. NR. 200
Hydrogen.Phosphide. NR. NR. NR. NR. NR
Hydrogen.Sulfide... 100. NR. NR. NR. 140
Hydroquinone. NR. 150. 100. NR. 185
Hydroxylamine.Sulfate. 70. ---. ---. 70. ---
Hypochlorous.Acid. 70. ---. ---. ---. 70
Iodine.Solution,.to.10%. 150. ---. ---. ---. 200
Isobutyl.Alcohol. 180. 100. NR. ---. ---
Isododecane. NR. 100. NR. 100. ---
Isooctane. NR. 100. NR. 70. 185
Isooctyle.Alcohol. 140. ---. ---. ---. ---
Isopropyl.Acetate. 140. NR. NR. ---. ---
Isopropyl.Alcohol. 140. 100. NR. 70. 160
Isopropyl.Ether. NR. 100. NR. NR. NR
Jet.Fuel,.JP-4. NR. 150. NR. NR. 200
Jet.Fuel,.JP-5. NR. 150. NR. NR. 200
Kerosene. NR. 150. NR. 70. 200
Ketones. NR. NR. NR. NR. NR
Lactic.Acid. 70. Gr..A. ---. 140. 70
Lard.Oil. NR. Gr..A. ---. 70. 185
Latex.(1%.Styrene.&.Butadiene). NR. NR. NR. NR. 140
Lauric.Acid. NR. 100. NR. NR. 100
Lauryl.Chloride. 140. NR. NR. NR. 200
Lavender.Oil. NR. 100. NR. ---. ---
Lead.Acetate. 200. 150. NR. 160. NR
Lead.Chloride. NR. ---. ---. 70. 140
Lead.Nitrate. 175. 100. 100. 140. 200
Lead.Sulfamate. 140. 73. 100. ---. ---
Lead.Sulfate. 200. 150. ---. 140. 200
Lemon.Oil. ---. Gr..A. NR. 100. 200
Ligroine. ---. 100. NR. 70. 100
Lime.and.H_O. 180. 150. ---. ---. ---
Lime.Sulfur. 200. NR. 100. 100. 185
Linoleic.Acid. 70. 73. NR. ---. 140
Linseed.Oil. 70. Gr..A. NR. 70. 200
Lithium.Bromide.(Brine). ---. 100. ---. ---. 200
Lithium.Chloride. 100. 100. ---. ---. 140
Lubricating.Oil,.ASTM#1,#2,#3. NR. 150. ---. 180. 150
Magnesium.Ammonium.Sulfate. NR. NR. NR. 70. NR
Magnesium.Carbonate. 170. 100. 100. 140. 200
Magnesium.Chloride. 170. 150. 100. 160. 170
Magnesium.Citrate. 175. ---. ---. ---. 200
Magnesium.Fluoride. 140. ---. ---. ---. 200
Magnesium.Hydroxide. 200. 150. 100. ---. 200
Magnesium.Nitrate. 200. 100. 100. 160. ---
Magnesium.Oxide. 140. 73. ---. 160. ---
Magnesium.Sulfate. 175. 150. 100. 160. 200
Maleic.Acid,.Saturated. 70. 100. ---. NR. 200
Malic.Acid. ---. 100. 100. ---. ---
Manganese.Sulfate. 175. ---. ---. 160. 200
Mercuric.Chloride. 200. 150. 100. 140. 185
Mercuric.Cyanide. 70. 100. 100. 70. 70
Mercurous.Nitrate. 70. 100. ---. NR. 70
Mercury. 200. 150. 100. 140. 185
Methane. NR. 70. NR. 70. 185
Methyl.Acetate. 140. NR. NR. 140. ---
Methyl.Alcohol,.Methanol. 140. 140. NR. 140. NR
Methyl.Amine. 70. ---. ---. 70. 100
Methyl.Butyle.Ketone. 140. ---. ---. ---. ---
Methyl.Bromide. NR. 100. NR. NR. 185
Methyl.Cellosolve.. 70. NR. NR. 70. NR
Methyl.Chloride. NR. NR. NR. NR. 70
Methyl.Cyclopentane. NR. NR. NR. 70. 70
Methyl.Ethyl.Ketone. 70. NR. NR. NR. NR
Methyl.Formate. 100. NR. 100. 70. NR
Methyl.Isobutyl.Ketone. NR. NR. NR. NR. NR
Methylene.Chloride. NR. NR. ---. NR. 73
Methylene.Chlorobromide. NR. NR. NR. NR. NR
Methylene.Dichloride. NR. ---. ---. ---. 100
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Methylene.Iodine. 200. ---. ---. ---. ---
MIL-05606. NR. NR. ---. ---. 100
MIL-08515. NR. NR. ---. ---. 100
MIL-L7808. NR. NR. NR. ---. 100
Milk. 200. Gr..A. 100. 160. 200
Mineral.Oils. NR. 150. NR. 70. 200
Molasses. 100. 100. 100. 150. 185
Monochloroacetic.Acid,.to.50%. NR. ---. ---. NR. 70
Monoethanolamine. 70. NR. NR. NR. 185
Motor.Oil. NR. 150. NR. ---. 200
Naphta. NR. 160. NR. NR. 160
Naphtalene. NR. NR. NR. NR. 170
Naphtenic.Acid. NR. 100. NR. ---. ---
Natural.Gas. NR. 150. 100. 140. 185
Nickel.Acetate. 70. NR. NR. 100. NR
Nickel.Ammonium.Sulfate. 70. ---. ---. 100. ---
Nickel.Chloride. 200. 150. 100. 160. 200
Nickel.Nitrate. 180. 100. 100. 160. 200
Nickel.Sulfate. 200. 150. ---. 160. 200
Nicotine. NR. ---. ---. 70. ---
Nicotine.Acid. 70. ---. ---. 70. ---
Nitric.Acid,.to.10%. 75. ---. 100. NR. 185
Nitric.Acid,.10.-.50%. NR. ---. 100. NR. 160
Nitric.Acid,.Red.Fuming. NR. ---. ---. NR. 100
Nitrobenzene. 70. NR. NR. ---. 70
Nitrocellulose. ---. 100. 100. 100. ---
Nitroethane. 100. NR. NR. ---. ---
Nitrogen.. 180. 150. ---. ---. ---
Nitromethane. 70. NR. NR. ---. ---
Nitrous.Acid,.to.10%. NR. ---. 100. ---. 100
Nitrous.Oxide. NR. 100. 100. NR. 70
Octyl.Alcohol. NR. 100. 100. 100. ---
Ogisogiric.Acid,.to.75%. NR. NR. NR. NR. 150
Oleic.Acid. 70. 100. NR. 70. 185
Oleum. NR. NR. 100. NR. NR
Olive.Oil. ---. Gr..A. NR. 140. 150
Oronite.8200.Silicate.Ester.Fluid. NR. NR. ---. ---. 150
Orthodichlorobenzene. NR. NR. NR. ---. 150
OS-45.Silicate.Ester.Fluid. NR. NR. ---. ---. 150
OS-45-1. NR. NR. NR. ---. 150
Oxalic.Acid. 150. ---. ---. 100. 100
Oxygen. 200. NR. NR. 140. 185
Ozone.(100.ppm). 200. 100. 100. NR. 185
Palm.Oil. NR. Gr..A. ---. ---. 70
Palmitic.Acid. 70. 150. ---. NR. 185
Paraffin. NR. 100. NR. 140. 200
Peanut.Oil. NR. Gr..A. 100. ---. 150
Pentachlorophenol. NR. ---. ---. NR. 200
Pentane. ---. 100. ---. ---. ---
Perchloric.Acid,.to.10%. 70. NR. NR. 70. 70
Perchloric.Acid,.to.70%. 70. NR. NR. NR. 185
Perchloroethylene. ---. ---. ---. ---. 150
Petroleum.Ether.(see.Benzene). NR. NR. NR. NR. 150
Petroleum.Oils. NR. 150. NR. ---. 200
Phenol..(Carbolic.Acid). 70. NR. NR. NR. 200
Phenylhydrazine. NR. ---. ---. ---. NR
Phenylhydrazine.Hydrochloride. 70. ---. ---. ---. ---
Phosohoric.Acid,.to.10%. 140. 100. NR. 140. 200
Phosohoric.Acid,.10.-.50%. 70. 100. NR. 70. 200
Phosphorous.Pentoxide. 200. ---. ---. ---. 200
Photographic.Solutions. 100. 150. 100. ---. 185
Phthalic.Anhydride. 100. NR. NR. ---. ---
Picric.Acid.. 140. 100. NR. 70. 140
Pine.Oil. ---. NR. NR. NR. 70
Plating.Solutions,.Brass. 70. ---. ---. 100. 70
Plating.Solutions,.Cadmium. 70. ---. ---. 100. 70
Plating.Solutions,.Chrome. ---. ---. ---. NR. 140
Plating.Solutions,.Copper. 70. ---. ---. 100. 70
Plating.Solutions,.Gold. 70. ---. ---. 125. 70
Plating.Solutions,.Lead. 70. ---. ---. 70. 70
Plating.Solutions,.Nickel. 125. ---. ---. 70. 70
Plating.Solutions,.Silver. 70. ---. ---. 100. 70
Plating.Solutions,.Tin. 100. ---. ---. 100. 140
Plating.Solutions,.Zinc. 70. ---. ---. 100. 70
150 www.shurjoint.comConnect.with.the.Best!..
Catalog 2011
©Copyright 2011 Shurjoint
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Polyvinyl.Acetate,.Solid.in.
Liquid.State.is.50%.solution.of.
Methanol.or.60%.solution.of.(H2O).180. ---. ---
. .
Potash. ---. ---. ---. 160. 200
Potassium.Acetate. 170. 150. NR. ---. ---
Potassium.Alum. 200. 100. ---. 160. 200
Potassium.Aluminum.Sulfate. 200. ---. ---. 160. 200
Potassium.Bicarbonate. 170. 150. ---. 160. 200
Potassium.Bisulfate. 170. ---. ---. 140. 200
Potassium.Borate. 200. ---. ---. ---. 200
Potassium.Bromate. ---. ---. ---. 140. 200
Potassium.Bromide. 170. 150. ---. 160. 200
Potassium.Carbonate. 170. 150. 100. 160. 200
Potassium.Chlorate. 140. 100. 100. 100. 140
Potassium.Chloride. 200. 150. 100. 160. 200
Potassium.Chromate. 170. 150. ---. 70. 200
Potassium.Cyanide. 140. 100. 100. 160. 185
Potassium.Dichromate. 170. 100. 100. ---. 200
Potassium.Ferrocyanide. 140. NR. ---. 150. 140
Potassium.Fluoride. 140. ---. ---. ---. ---
Potassium.Hydroxide. 140. 150. NR. 160. NR
Potassium.Iodide. 140. ---. 100. 160. 180
Potassium.Nitrate. 200. 150. 100. 140. 200
Potassium.Perborate. ---. ---. ---. 70. ---
Potassium.Perchlorate. 140. 150. ---. ---. 150
Potassium.Permanganate,.to.10%. 200. 150. ---. 100. 140
Potassium.Permanganate,.to.25%. 140. 100. ---. 100. 140
Potassium.Persulfate. 200. 150. ---. 140. 200
Potassium.Silicate. 200. 150. ---. 140. ---
Potassium.Sulfate. 200. 150. NR. 140. 200
Prestone. ---. 100. ---. ---. ---
Propane.Gas. NR. 100. NR. 70. 70
Propanol. ---. ---. ---. ---. ---
Propargyl.Alcohol. 140. ---. ---. NR. 140
Propyl.Acetate. NR. NR. NR. 140. ---
Propyl.Alcohol. 140. 150. 100. 140. ---
Propylene.Dichloride. NR. ---. 70. NR. 70
Propylene.Glycol. 200. 100. 100. 100. 140
Propylene.Oxide. 70. NR. NR. NR. NR
Pydraul.F-9.and.150. NR. NR. NR. NR. NR
Pyranol.1467. NR. 100. 100. ---. ---
Pyranol.1476. NR. 100. 100. ---. ---
"Pyroguard."C". ---. 100. 100. ---. ---
"Pyroguard."D". ---. 100. 100. ---. ---
Pyroguard.55. 180. ---. NR. ---. ---
Pyrrole. 100. NR. 73. ---. ---
Rapeseed.Oil. NR. Gr..A. NR. ---. ---
Ref..Fuel.(ISO.Octane,.30.Toluene). ---. 150. ---. ---. ---
Rosin.Oil. NR. 100. ---. 100. ---
Salicylic.Acid. 200. 100. 100. NR. 185
Secondary.Butyl.Alcohol. ---. 100. ---. ---. ---
Sewage. 200. 150. 100. ---. ---
Silicic.Acid. 140. ---. ---. 140. 200
Silicone.Oil. 140. 100. NR. 70. 185
Silver.Cyanide. 140. ---. ---. 70. 140
Silver.Nitrate. 200. NR. 100. 160. 200
Silver.Sulfate. 170. ---. ---. ---. 200
Skydrol.200. 200. ---. 200. ---. ---
Skydrol.500.Phosphate.Ester. 170. ---. ---. ---. ---
Soap.Solutions. 200. 150. 100. 140. 200
Soda.Ash,.Sodium.Carbonate. 180. 100. ---. ---. ---
Sodium.Acetate. 170. NR. NR. ---. NR
Sodium.Alum. 170. 150. ---. 140. 200
Sodium.Aluminate. 200. 100. ---. 140. 200
Sodium.Benzoate. 200. 150. 100. ---. 200
Sodium.Bicarbonate. 200. 150. NR. 160. 200
Sodium.Bichromate. 140. ---. ---. 70. 200
Sodium.Bisulfate. 200. 150. NR. 140. 200
Sodium.Bisulfite.(Black.Liquor). 200. 150. NR. 140. 200
Sodium.Borate. 140. 100. NR. 100. 140
Sodium.Bromide. 200. 150. ---. 70. 200
Sodium.Carbonate. 140. 150. 100. 140. 200
Sodium.Chlorate. 140. NR. 100. 140. 100
Sodium.Chloride. 140. 100. NR. 160. 200
Sodium.Cyanide. 140. 100. NR. 140. 140
Sodium.Dichromate.. 140. 100. ---. NR. 200
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Sodium.Ferricyanide. 140. 100. ---. ---. 140
Sodium.Ferrocyanide. 140. 100. ---. ---. 140
Sodium.Fluoride. 140. 100. NR. 70. 140
Sodium.Hydroxide,.to.15%. 180. NR. NR. 160. NR
Sodium.Hypochlorite,.to.20%. 70. 100. ---. NR. 185
Sodium.Metaphosphate. 70. 100. ---. ---. 70
Sodium.Nitrate. 200. NR. NR. 140. 200
Sodium.Nitrile. 170. 150. ---. 140. 200
Sodium.Perborate. 70. 70. NR. 70. 70
Sodium.Peroxide. 140. NR. NR. 70. 185
Sodium.Phosphate,.Acid. 170. ---. ---. 140. 200
Sodium.Phosphate,.Alkaline. 170. ---. ---. 140. 200
Sodium.Phosphate,.Neutral. 170. ---. ---. 140. 200
Sodium.Silicate. 200. 150. ---. 140. 200
Sodium.Sulfate. 140. 100. 100. 140. 200
Sodium.Sulfide. 140. 100. 100. 140. 200
Sodium.Sulfite... 140. 100. 100. 140. 200
"Sodium.Thiosulfate."hypo". 200. 150. 100. 160. 200
Sohovis.47. ---. 100. ---. ---. ---
Sohovis.78. ---. 100. ---. ---. ---
Solvasol.#1,2.&.3. ---. 100. ---. ---. ---
Solvasol.#73. ---. 70. ---. ---. ---
Solvasol.#74. NR. NR. NR. NR. NR
Soybean.Oil. NR. Gr..A. 73. ---. 200
Spindle.Oil. NR. 100. ---. .
Stannic.Chloride. 100. 100. 100. NR. 200
Stannous.Chloride. 70. NR. NR. 160. 200
Starch. 170. 100. ---. 160. 200
Steam. NR. NR. NR. NR. NR
Stearic.Acid. NR. 100. NR. 70. 100
Stoddard.Solvent. NR. 100. NR. NR. 185
Styrene. NR. NR. NR. NR. 100
Sucrose.Solutions. ---. Gr..A. ---. ---. ---
Sulfamic.Acid. NR. ---. ---. 70. NR
Sulfite.Liquor. 140. ---. ---. 70. 140
Sulfer.Dioxide,.Dry. 140. 100. ---. ---. ---
Sulfonic.Acid. 150. ---. ---. ---. ---
Sulfur. 140. NR. NR. 70. 200
Sulfur.Chloride. NR. NR. NR. NR. 70
Sulfur.Dioxide,.Dry. 70. NR. ---. NR. 100
Sulfur.Dioxide,.Wet. 140. NR. ---. ---. 140
Sulfur.Trioxide. 70. NR. NR. NR. 140
Sulfuric.Acid,.10.-.30%. 150. NR. 73. 100. 200
Sulfuric.Acid,.Fuming. NR. NR. NR. NR. 100
Sulfuric.Acid,.Oleum. NR. NR. NR. NR. 100
Sulfurous.Acid. 75. NR. NR. NR. 100
Tall.Oil. NR. 70. ---. 70. 70
Tannic.Acid,.all.conc.. 70. 100. 73. 100. 100
Tannic.Acid,.Liquors. 100. ---. ---. 70. 200
Tanning.Liquors(.50g..alum.
Solution,.50g..dichromate.solution). NR. 150. ---. 70. 200
Tar. NR. 100. 100. 70. 185
Terpienol. NR. NR. ---. 70. 185
Tertiary.Butyl.Alcohol. 140. 100. ---. 70. 150
Tetrabutyl.Tinanate. 140. 100. ---. ---. 185
Tetrachloroethylene. NR. ---. ---. ---. 150
Tetrahydrofuran. NR. NR. NR. NR. NR
Tetralin. NR. NR. NR. NR. NR
Tetraric.Acid. 140. ---. ---. ---. ---
Thionyl.Chloride. NR. NR. 100. NR. 100
Thiopene. NR. NR. NR. NR. NR
Thread.Cutting.Oil. NR. NR. NR. NR. 70
Titanium.Tetracholoride. NR. NR. NR. ---. 185
Toluene,.to.30%. NR. 100. ---. ---. 70
Tomato.Juice. 200. Gr..A. ---. 70. 200
Transformer.Oil. 140. 150. ---. NR. 140
Transmission.Fluid,.Type.A. NR. 150. ---. ---. 140
Triacetin. NR. 100. ---. ---. ---
Trichloroethane. NR. NR. NR. ---. 200
Trichloroethylene.. NR. ---. ---. NR. 200
Tricresyl.Phosphate. NR. NR. NR. ---. ---
Triethanolamine. 70. 70. NR. 70. NR
Triethylamine. ---. 100. NR. 70. 200
Trimethylpropane. 180. ---. ---. 160. ---
Trisodium.Phosphate. 70. ---. 100. 70. 185
Tung.Oil. NR. 100. ---. ---. ---
Chemical.Name. EPDM. Nitrile. Silicone.Neoprene..Viton
Turbo.Oil.#15.Diester.Lubricant. NR. NR. ---. ---. 150
Turpentine. NR. 100. ---. NR. 150
Urea. 200. 150. 100. 140. 185
Urine. 200. 100. ---. 140. 70
Vaseline. NR. ---. ---. 140. 70
Vegetable.Oils. NR. Gr..A. 100. 70. 200
Vinegar. 180. Gr..A. 100. 70. NR
Vinyl.Acetate. 70. NR. NR. NR. NR
Vinyl.Chloride. NR. NR. NR. NR. 70
Vi-Pex. ---. 100. ---. ---. ---
Water. 230. 150. 100. 160. 200
Water,.Acid.Mine. 200. 150. ---. 160. ---
Water,.Bromine. NR. NR. NR. NR. 185
Water,.Chlorinated,.to.3500ppm. 100. ---. ---. NR. 185
Water,.Chlorinated,.above.3500ppm. NR. ---. ---. NR. 185
Water,.Deionized. 200. 150. 100. 160. ---
Water,.Demineralized. 200. 150. ---. 160. 200
Water,.Distilled. 200. 150. 100. 160. ---
Water,.Potable. Gr..E-pw. Gr..A. ---. 160. ---
Water,.Salt. 200. 150. ---. 160. ---
Water,.Sewage. 200. 150. ---. ---. ---
Water,.Seawater. 200. 150. ---. 160. ---
Water,.Swimming.Pool. 200. 150. ---. ---. ---
Water,.waste. 200. 150. ---. ---. ---
Whiskey. 200. Gr..A. 100. 140. 140
White.Liquor. 170. Gr..A. ---. 140. ---
Wines. 170. Gr..A. 100. 140. 140
Wood.Oil. NR. 100. NR. ---. ---
Xylene. NR. NR. NR. NR. 150
Zinc.Acetate. 180. 100. NR. 160. 70
Zinc.Chloride.. 180. 100. 100. 160. 200
Zinc.Nitrate. 180. ---. ---. ---. 200
Zinc.Sulfate. 180. 100. 100. 140. 200
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Fire Protection Services
The Shurjoint fire protection series numbers over 600 individual components, including grooved coupl ings, f i t t ings , f langes, mechanical tees, valves, welding outlets, threaded fittings and more. Applicable products are listed and or approved by various domestic and international approval bodies including UL, FM, VdS, LPCB and others..
HYDROSTATIC TESTS . Approved.products. are. rated. in. cold.water. pressure.(CWP). tested. with. a. 3. to. 5. times. test.pressure. depending. on. the. approval. body.and. pipe. size.. The. minimum. working.pressure. (CWP). shall. be. 175. psi. (12.3.Bar). in.accordance.with.NFPA.13..Approval.testing. of. a. coupling. is. conducted. on. all.different. pipe. schedules. as. enrolled. and.approved. working. pressures. (CWP). are.assigned. to. each. individual. combination.of. the. coupling. and. test. pipe..Refer. to. the.Approved.Pressure.Ratings.by.UL.and.FM.
BENDING MOMENT TESTS . The.required. bending.moment. per.UL. and. FM.is. calculated. based. on. twice. the.weight. of.water. filled. pipe. over. twice. the.maximum.distance.between.pipe.supports.as.specified.in.NFPA.13.
See. the. table. below. for. the. bending.moments. per.UL.and.FM.on.Sch.. 40. pipe..This.bending.moment. is. twice. that. required.by.ASTM.F1476.(refer.to.page.13).
In. addition. to. the. hydrostatic. and. bending.moment. tests,. couplings.must.meet. other.requirements. including. gasket. performance.tests.....
FLEXIBLE COUPLING.NFPA.13. defines.a. flexible. coupling. as. “a. listed. coupling.or. fitting. that. allows. axial. displacement,.rotation,. and. at. least. 1. degree. of. angular.movement.of.the.pipe.without.inducing.harm.on. the. pipe.. For. pipe. diameters. of. 8. in..
Nom. UL FM Size Moment Moment Moment Moment (inches) N-m Lb-Ft N-m Lb-Ft. 1½. 1098. 810. 1100. 810. 2. 1559. 1150. 1560. 1150. 2½. 2400. 1770. 2400. 1770. 3. 3289. 2426. 3290. 2425. 4. 4942. 3645. 4975. 3670. 5. 7102. 5238. 7105. 5240. 6. 9606. 7085. 9615. 7090. 8. 15326. 11304. 15335. 11310. 10. 22757. 16785. 22790. 16805. 12. 31116. 22950. 31145. 22970. 14. 37217. 27450. .. 16. 48597. 35843
Required Bending Moment by UL & FM
Nom. Size UL FM VdS LPCB
. Up.to.6”../.150. X5. X4. X4. X4
. 8”.–.12”./.200.-300. X4. X4. X4. X4
. 14”.and.above. X3. X4. NA. NA
Hydrostatic Test Pressures(= multiple of CWP)
Contact.Shurjoint.for.other.approvals.
and. larger,. the. angular.movement. shall. be.permitted. to. be. less. than. 1. degree. but. not.less. than. 0.5. degrees.”. . (NFPA. 13. -. 2007.3.5.4)..For. sprinkler. systems,. NFPA. 13. specifies.the. use. of. flexible. couplings. to. protect. the.system. against. damage. from. earthquakes.and. lists. some. specific. examples. of. how.and.where. they. should. be.used..Designers.and. installers. should. design. their. fire.protection. systems. in. compliance.with. this.standard..See.Typical.Applications.–.Flexible.Couplings.on.Page.154.
Water FilledSchedule 40 Steel
Sprinkler Pipe
Lhs = 15 ft Lhs = 15 ft
Pipe
CappedEnd
Test JointCapped
End
Minimum OverallLength 2 ft (610 mm)
Pipe
CappedEnd
Test JointForce, F40 Capped
End
Support Spacing, LS
Pipe
CappedEnd
Test JointForce, F40 Capped
End
Support Spacing, LS
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1..Approved.grooved.couplings.and.fittings.are.good.for.use.in.both.wet.and.dry.sprinkler.systems..
2..Typical.applications.of.flexible.couplings.(models.7705,.7706.&.7707).are.in.sprinkler.risers,.in.feed.mains.passing.through.walls.from.one.building.area.to.another,.in.locations.subject.to.earthquakes,.in.the.discharge.line.from.aboveground.pump.suction.tanks,.in.new.connections.to.existing.feed.mains.and.in.air.or.water.fire.service.lines.subject.to.excessive.vibration.or.difficult.alignment..
3..Approved.grooved.couplings.are.limited.to.use.with.rolled.or.cut-groove.ended.pipe,.valves.and.fittings.at.a.minimum.rated.working.pressure.of.175.psi.(1205.kPa).and.are.suitable.for.aboveground.service..
4..Grooves.should.be.processed.according.to.ANSI/AWWA.C606.(latest.edition).Grooved.and.Shouldered.Joints..
5..Installation.must.be.made.according.to.the.manufacturer’s.instructions.and.requirements..
6..Approved.grooved.couplings.may.be.used.in.underground.service.subject.to.the.installation.restrictions.placed.upon.the.pipe.and.to.the.coupling.manufacturer’s.recommendations.and.requirements..
7..Approved.grooved.couplings.have.been.evaluated.for.a.maximum.ambient.temperature.of.225°F.(107°C),.suitable.for.normal.warehouse.protection.
8..Threaded.size.of.sprinkler.piping.is.limited.to.1.inch.(25mm).nominal..
9..Threaded.connections.can.be.made.to.approved.threadable.thinwall.pipe.or.to.Schedule.40.pipe...
Source:.FM.Approval.Guide
•.For.pressure.ratings.for.special.pipes,.DIN.and.JIS.pipe.sizes,.and.large.diameter.sizes.14”.–.24”,.contact.Shurjoint.for.details.
•.Models.K-9.and.7771.rigid.couplings.are.also.available..For.pressure.ratings,.contact.Shurjoint.for.details.
Approved Pressure Ratings by UL & FM
^.0.188".wall,.*.0.330.wall
Size Wall 7705 7707 Z05 Z07 7041 7043 7706 in in UL FM UL FM UL FM UL FM UL FM UL FM Size (in) UL FM. ¾. 0.113. -. -. 500. 500. -. -. -. -. -. -. -. -. 2.x.1½. 300. 300. 1. 0.133. 300. 300. 500. 500. -. -. 500. 500. -. -. -. -. 2½.x.2. 300. 300. 1¼. 0.140. 300. 300. 500. 500. 350. 350. 500. 500. -. -. -. -. 3.x.2. 300. 300. 1½. 0.145. 300. 300. 500. 500. 350. 350. 500. 500. -. -. -. -. 3.x.2½. 300. 300. 2. 0.154. 300. 300. 500. 500. 350. 350. 500. 500. 175. 175. 300. 300. 4.x.2. 300. 300. 2½. 0.203. 300. 300. 500. 500. 350. 350. 500. 500. 175. 175. 300. 300. 4.x.2½. 300. 300. 3. 0.216. 300. 300. 500. 500. 350. 350. 500. 500. 175. 175. 300. 300. 4.x.3. 300. 300. 4. 0.237. 300. 300. 500. 500. 350. 350. 500. 500. 175. 175. 300. 300. 6.x.3. 300. 300. 5. 0.258. 300. 300. 500. 500. 350. 350. 400. 400. 175. 175. 300. 300. 6.x.4. 300. 300. 6. 0.280. 300. 300. 500. 500. 350. 350. 400. 400. 175. 175. 300. 300. 8.x.6. 300. 300. 8. 0.322. 300. 300. 500. 500. 350. 350. 400. 400. 175. 175. 300. 300. . .. 10. 0.375. 175^. 250. 300. 500. -. -. 350. 350. 175. 175. 300. 300. . .. 12. 0.375. 175*. 250. 300. 300. -. -. 350. 350. 175*. 175. 300. 300. . .
Couplings and Flange Adapters Sch..40.&.STD.Wall.Pipe Unit:.psi
Unit:.psi
Size Wall 7705 7707 Z05 Z07 7041 7043 7706 in in UL FM UL FM UL FM UL FM UL FM UL FM Size (in) UL FM. ¾. 0.083. -. -. 500. 500. -. -. -. -. -. -. -. -. 2.x.1½. 300. 300. 1. 0.109. 300. 300. 500. 500. -. -. 500. 500. -. -. -. -. 2½.x.2. 300. 300. 1¼. 0.109. 300. 300. 500. 500. 350. 350. 500. 500. -. -. -. -. 76.1.x.2. 300. 300. 1½. 1.109. 300. 300. 500. 500. 350. 350. 500. 500. -. -. -. -. 3.x.2. 300. 300. 2. 0.110. 300. 300. 450. 450. 350. 350. 500. 500. 175. 175. 300. 300. 3.x.2½. 300. 300. 2½. 0.120. 300. 300. 450. 450. 350. 350. 500. 500. 175. 175. 300. 300. 3.x.76.1. 300. 300. 76.1. 0.142. 300. 300. 500. 500. 300. -. -. -. 175. -. -. -. 4.x.2. 300. 300. 3. 0.120. 300. 300. 450. 450. 350. 350. 500. 500. 175. 175. 300. 300. 4.x.2½. 300. 300. 4. 0.120. 300. 300. 450. 450. 350. 350. 500. 500. 175. 175. 300. 300. 4.x.76.1. 300. 300. 5. 0.134. 300. 300. 450. 450. 350. 350. 400. 400. 175. 175. 300. 300. 4.x.3. 300. 300. 139.7. 0.197. 300. 300. 500. 500. -. -. -. -. 175. -. -. -. 6.x.3. 300. 300. 6. 0.134. 300. 300. 450. 450. 350. 350. 400. 400. 175. 175. 300. 300. 165.1.x.3. 300. 300. 165.1. 0.197. 300. 300. 500. 500. -. -. -. -. 175. -. -. -. 6.x.4. 300. 300. 8. 0.188. 300. 300. 450. 450. 350. 350. 400. 400. 175. 175. 300. 300. 165.1.x.4. 300. 300. 10. 0.188. 175. 175. 300. 450. NA. NA. 350. 350. 175. 175. 300. 300. 8.x.6. 300. 300. 12. 0.250. 175*. 175. 300. 300. NA. NA. 350. 350. 175*. 175. 300. 300. 8.x.165.1. 300. 300
Sch..10.&.BS1387.Medium.Pipe
*.0.330.wall
Unit:.psi
Size Wall 7705H in in UL FM.. 8. 0.322. 450. 450
Unit:.psi
Size Wall 7705H in in UL FM.. 8. 0.188. 450. 450
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Size Sch. 10S SS-7 SS-8 SS-41 SS-723 in Wall (in) UL FM UL FM UL FM Size (in) UL FM. 1. 0.109. 300. 300. 300. 300. -. -. 1¼.x.½. 300. 300. 1¼. 0.109. 300. 300. 300. 300. 350. 350. 1¼.x.¾. 300. 300. 2½. 0.109. 300. 300. 300. 300. 350. 350. 1¼.x.1. 300. 300. 2. 0.109. 300. 300. 300. 300. 350. 350. 1½.x.½. 300. 300. 2½. 0.120. 300. 300. 300. 300. 350. 350. 1½.x.¾. 300. 300. 3. 0.120. 300. 300. 300. 300. 350. 350. 1½.x.1. 300. 300. 4. 0.120. 300. 300. 300. 300. 350. 350. 2.x.½. 300. 300. 5. 0.134. 300. 300. 300. 300. 350. 350. 2.x.¾. 300. 300. 6. 0.134. 300. 300. 250. 300. 350. 350. 2.x.1. 300. 300. 8. 0.148. 300. 300. . 300. 350. 350. . .
Model Size Range UL FM. SS-10.90.Elbow. 1".thru.8". 300. 300. SS-11.45.Elbow. 1".thru.8". 300. 300. SS-20.Tee. 1".thru.8". 300. 300. SS-21.Tee. 3"x2½".thru.4"x2½". 300. 300. SS-21F.Tee. 3"x2",.4"x2". 300. 300. SS-50.Conc..Reducer. 3"x2½".thru.4"x2½". 300. 300. SS-50F.Conc..Reducer. 2½"x2".thru.4".x.2". 300. 300. SS-60.Cap. 1".thru.8". 300. 300. SS-80.Flange.Adapter. 2".thru.8". 300. 300
Stainless Steel SeriesSch..40S.and.10S.Pipe.
Size Type K Type L C301 C341 in Wall (in) Wall (in) UL FM UL FM. 2. 0.083. 0.070. 200. 200. 200. -. 2½. 0.095. 0.080. 200. 200. 200. -. 3. 0.109. 0.090. 200. 200. 200. -.. 4. 0.134. 0.110. 200. 200. 200. -. 5. 0.160. 0.123. 200. -. 200. -. 6. 0.192. 0.140. 200. 200. 200. -
Model Size Range UL FM. C-10.90.Elbow. 2".through.4". 200. 200. C-11.45.Elbow. 2".through.4". 200. 200. C-20.Tee. 2".through.6". 200. 200. C-21.Reducing.Tee. 2½"x2".thrru.6"x5". 200. NA. C-26.Reducing.Tee. 2"x¾".thru..4"x½". 200. NA. C-50.Conc..Reducer. 2½"x2".thru.6"x5". 200. NA. C-52.Conc..Reducer. 2"x1".thru.4"x2". 200. NA. C-60.Cap. 2".thru.4". 200. 200
Copper Tubing Series Type.K.&.Type.L.Copper.Tubing. . .
FM:.Type.K.only. .
Approved Pressure Ratings by UL and FMOutlet.Coupling.and.Mechanical.Tees Grooved-end.Fittings Sizes (in) Sch. 40/STD Sch. 10 Model (run x branch) UL FM UL FM.. . 1½.x.½,.¾.&.1. 300. 300. 300. 300. . 2.x.½,.¾.&.1. 300. 300. 300. 300. . 2½.x.½,.¾.&.1. 300. 300. 300. 300. . 3.x.¾.&.1. 300. 300. 300. 300. . 4.x.¾.&.1. 300. 300. 300. 300. . 6.x.1.&.1½. 300. 300. 300. 300. . 2.x.1. 300. 300. 300. 300. . 2½.x.1¼.&.1½. 300. 300. 300. 300. . 3.x.1.&.1½. 300. 300. 300. 300. . 4.x.1½.&.2. 300. 300. 300. 300. . 6.x.1½.&.2. 300. 300. 300. 300. . 2.x.½,.¾,.1,.1¼.&.1½. 300. 300. 300. 300. . 2½.x.½,.¾,.1,.1¼.&.1½. 300. 300. 300. 300. . 76.1.x.15,.20,.32.&.40. 300. 300. 300. 300. . 3.x.½,.¾,.1,.1¼,.1½.&.2. 300. 300. 300. 300. . 4.x.½,.¾,.1,.1¼,.1½,.2.&.2½. 300. 300. 300. 300. . 100.x.65.(76.1). 300. 300. 300. 300. . 4.x.3. 175. 175. 175. 175. . 5.x.2.&.2½.. 300. 300. 300. 300. . 125.(139.7).x.50,.65.(76.1).&.80. 300. 300. 300. 300. . 6.x.1¼,.1½,.2.&.2½. 300. 300. 300. 300. . 6.x.3.&.4. 175. 175. 175. 175. . 150.(165.1).x.32,.40,.50.&.65.(76.1). 300. 300. 300. 300. . 150.(165.1).x.80.&.100. 175. 175. 175. 175. . 2.x.1,.1¼.&.1½. 300. 300. 300. 300. . 2½.x.1,.1¼.&.1½. 300. 300. 300. 300. . 76.1.x.25,.32.&.40. 300. 300. 300. 300. . 3.x.1,.1¼,.1½.&.2. 300. 300. 300. 300. . 4.x.1,.1¼,.1½,.2.&.2½.. 300. 300. 300. 300. . 100.x.65.(76.1). 300. 300. 300. 300. . 5.x.2.&.2½.. 300. 300. 300. 300. . 4.x.3. 175. 175. 175. 175. . 125.(139.7).x..65.(76.1).. 300. 300. 300. 300. . 6.x.1¼,.1½,.2.&.2½. 300. 300. 300. 300. . 6.x.3.&.4. 175. 175. 175. 175. . 150.(165.1).x.32,.40,.50.&.65.(76.1). 300. 300. 300. 300. . 150.(165.1).x.80.&.100. 175. 175. 175. 175. . 4.x.3. 300. 300. 300. 300. . 8.x.2,.2½,.3.&.4. 300. 300. 300. 300. . 200.x.65.(76.1). 300. 300. 300. 300. . 4.x.3. 300. 300. 300. 300. . 8.x.2,.2½,.3.&.4. 300. 300. 300. 300. . 200.x.65.(76.1). 300. 300. 300. 300. . 1¼.x.½.x.¾.&.1. 300. 300. 300. 300. . 1½.x.½.x.¾.&.2. 300. 300. 300. 300. . 2.x.½.x.¾.&.3. 300. 300. 300. 300. . 2½.x.½.x.¾.&.4. 300. 300. 300. 300
Model Size Range UL FM. 901.S/.R.90.Elbow. 2".thru.8". 300. 300. 903.S/R.Tee. 2".thru.8". 300. 300. 7110.90.Elbow. 1".thru.8".. 300. 500. . 10",.12". 300. 300. 7111.45.Elbow. 1".thru.8".. 300. 500. . 10",.12". 300. 300. 7110DR.Drain.Elbow. 2".thru.6". 300. 300. 7110LR.1.5D.Elbow. 2".thru.8". 300. 300. 7112.22-1/2.Elbow. 1½".. 500. NA. . 2".thru.8". 300. 300. 7113.11-1/4.Elbow. 2".thru.8". 300. 300. 7120.Tee. 1¼".thru.8".. 300. 500. . 10",.12". 300. 300. 7121.Reducing.Tee. 2"x1½".thru.8"x6". 300. 300. 7125.Bullhead.Tee. 2"x2½".thru.6"x8". 300. 300. 7127.Standpipe.Tee. 4"x2½",.6x2½". 300. 300. 7130.Lateral. 2".thru.8". 300. 300. 7135.Cross. 2".thru.6". 300. 300. 7150.Conc..Reducer. 2"x1½".thru.14"x12". 300. 300. 7150F.Socket.Adapter.. 1½"x1".thru.6"x4". 300. 300. 7150M.Red..Nipple. 1½"x1".thru.6"x4". 300. 300. 7160T.Transition.Fitting. 2"x1".thru.6"x2". 300. 300. 7151.Ecc..Reducer. 2½"x2".thru.8"x6". 300. 300. 7160.End.Cap. 1¼".thru.12". 300. 300. . 10".thru.12". 300. 300. 7160H.End.Cap. 14".thru.18". 300. 175. . 20".thru.24". 250. 175. 7170.Flange.Adapter. 2-1/2".thru.6". 175. 175. 7180.Flange.Adapter. 2".thru.8". 300. 300. 7181.Red..Flange. 3"x2".thru.6"x4". NA. 300. 55.Nipple.Adapter. 1½".thru.2". 300. 300. 899.End.All. 1¼"x½".thru.2½"x1". 300. 300. 850.Sprinkler.Hub. 2"x2"x1".thru.2½"x2½"x1". 300. 300. 851.Sprinkler.Hub. 2"x2"x1".thru.2½"x2½"x1". 300. 300. 853.Sprinkler.Hub. 1½"x1".thru.2½"x1". 300. 300
C-7.Outlet.Coupling,.Threaded
C-7.Outlet.Coupling,.Grooved
M21.Mechanical.
Tee,.Threaded.(NPT.or.BSPT)
M22.Mechanical.Tee,.Grooved
7721.Threade.(NPT.or.BSPT)
7722.Grooved
723.Threaded.(NPT.or.BSPT)
Unit:.psiUnit:.psi
Unit:.psi
Unit:.psi
Unit:.psi
Unit:.psi
Model Size Range UL FM. RCV.Riser.Check.Valve. 2½".thru.6".. 300. 300. 726.Y-Strainer. 2½".thru.6".. 300. NA. . 8".thru.12". 175. NA. SJ-300F.Butterfly.Valve. 2½".thru.6".. NA. 300. SJ-700W.Butterfly.Valve. 2".thru.12". 175. NA
Unit:.psiValves & Components
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Typical Applications - Flexible Couplings – Sprinkler Systems (NFPA 13)
The. following. illustrations. are. part. of. NFPA. 13. –. 2007.Annex.A.Explanatory.Material..These.are.for. informational.purposes.only.and.not.a.mandatory.requirement...For.specific.requirements.for.any.other.areas.of.sprinkler.systems,.refer.to.the.latest.version.of.NFPA.13.
1. Flexible couplings for main risers and branch line riser
24in.(610.mm)Maximum
Wall
Roof
4-way.brace(Pipe.must.rotatewithin.brace)Flexible.coupling
Flexible.coupling
Detail.A Detail.B
Siding
Column
Roof
4-way.brace
Elbow.with.flexible.joints
Flexible.coupling
Roof.framing
(Might.be.preferred.for.metal.buildings)
Note.to.Detail.A:..The.four-way.brace.should.be.attached.above.the.upper.flexible.coupling.required.for.the.riser.and.preferably.to.the.roof.structure.if.suitable...The.brace.should.not.be.attached.directly.to.a.plywood.or.metal.deck.
FIGURE A.9.3.2(a) Riser Details.
2. Flexible couplings on horizontal portion of Tie-In
3. Flexible Coupling on Main Riser and Branch Line Riser
4. Flexible couplings for drops
FIGURE.A.9.3.2(b).Detail.at.Short.Riser
Flexible.elbow
If.dimension.is.less.than.3.ft.(0.9m),flexible.fitting.is.not.needed.
(A.T-connection.fitting.with.flexible.joints.can.be.substituted.for.elbow.)
≤.24.in..(610mm)
Flexible.Coupling
Ceiling/floor.assembly
Flexible.coupling
≤.24.in..(610mm)
Flexible.coupling
≤.12.in..(305mm)
Ceiling/floor.assembly
FIGURE.A.9.3.2.3(2).(a).Flexible.Coupling.on.HorizontalPortion.of.Tie-In.
Ceiling/floor.assembly
≤.24.in..(610mm)
Flexible.Coupling Flexible.coupling
Flexible.coupling
≤.12.in..(305mm)
Ceiling/floor.assembly
FIGURE.A.9.3.2.3(2).(b).Flexible.Coupling.on.Main.RiserAnd.Branch.Line.Riser
FIGURE.A.9.3.2.4.Flexible.Coupling.for.Drops
≤.24.in..(610mm).[Paragraph.9.3.2.4(1)]
Drop.Supports
Flexible.Coupling
≤.24.in..(610mm)[Paragraph.9.3.2.4(3)]
Flexible.Coupling≤.24.in..(610mm)[Paragraph.9.3.2.4(2)]
In-rack.sprinkler.drops
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10.in..(254mm)long.nipple.C
10.in..(254mm)long.nipple.D
2.ells
NormalPosition
Fire.sprinkler.main
Fire.sprinklermain
CouplingVertical.movement
Normalposition
Nipple.E2.ell.lengths8½.in..(216mm).for.3.in..(76mm).pipe7½.in..(191mm).for.2½.in..(65mm).pipeElevation
8.in..(203mm)
8.in..(203mm)
2.ts.and.nipple.E
2.ts
CouplingB
Ell
B
C
A
Ell
Ell
EllD
Plan
A 4.in..(102.mm)
8.in..(203mm) NormalPosition 8.in..(203mm)
4.in..(102.mm)
Horizontal Views
Longitudinal.movement
Lateral.movement
4.in..(102.mm)
8.in..(203mm)
7. Typical Location of Bracing on a Looped System
Systems. having.more. flexible. couplings. than. required. above. shall.be. provided.with. additional. sway. bracing..A. lateral. brace. shall. be.provided.within.24”.(600mm).of.every.other.coupling.unless.pipes.are.supported.by.rods. less. than.6”. (152mm). long. from.the.ceiling.or.by.U-type.hooks.underside.of. the.structural.element.. (NFPA.13.–.2007.9.3.2..&.9.3.5.)
Four-way.brace
FIRURE.A.9.3.5.6.(d).Typical.Location.of.Bracing.on.a.Looped.System.
Longitudinal.brace(two-way)
Lateral.brace(two-way)
Longitudinal.brace(two-way)
No.bracing
40.ft 40.ft(12.m)(12.m)
6. Earthquake protection for sprinkler piping
FIGURE.A.9.3.3(a).Seismic.Separation.Assembly...Shown.are.an.8.in..(203.mm).Sepa-ration.Crossed.by.Pipes.up.to.4.in..(102mm).in.Nominal.Diameter...For.other.separation.distances.and.pipe.sizes,.lengths.and.distances.should.be.modified.proportionally.
FIGURE.A.9.3.5.6.(a)
A.Four-way.brace.at.riserB.Lateral.braceC.Lateral.braceD.Short.drop.[Figure.A.9.3.2(b)]E.Couplings.at.wall.penetrationF.Longitudinal.brace
Building.2
B
Building.1
B
D
B
A
F
CC
E
5. Seismic Separation Assembly
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HVAC,.Microsoft.facility,.Puerto.Rico
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HVAC,.St..Mary’s.Hospital,.Seoul,.Korea
HVAC,.Praktiker.warehouse,.Iraklion.Krete,.Greece
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HVAC, Taichung City Government Office, Taichung, Taiwan
HVAC, Tamkang University, Lanyang, Taiwan
Temporary Speed Skating Rink, Halifax, Nova Scotia, Canada
Holiday Inn Swimming Pool Pump Room, Las Vegas, NV
Westside Regional Wastewater Treatment, BC, Canada
157www.shurjoint.comConnect with the Best!
Catalog 2011
©Copyright 2011 Shurjoint
158 www.shurjoint.comConnect.with.the.Best!..
Catalog 2011
©Copyright 2011 Shurjoint
158 www.shurjoint.comConnect.with.the.Best!..
Catalog 2011
©Copyright 2011 Shurjoint
Ik-san.E-Mart,.Seoul,.Korea
East.Side.CSO.tunnel.boring.project,.Portland,.OR
Manifold.connections,.Rain.for.Rent,.Las.Vegas,.NV
Water.treatment.plant,.Ouray,.UT
159www.shurjoint.comConnect.with.the.Best!..
Catalog 2011
©Copyright 2011 Shurjoint
159www.shurjoint.comConnect.with.the.Best!..
Catalog 2011
©Copyright 2011 Shurjoint
HVAC,.King.Abudullah.Financial.District,.KSA
Ski.Dome.glycol.pipelines,.Dubai,.UAE
Fire.Protection.Systems,.Tamkang.University,.Lanyang,.Taiwan HVAC,.Seven.Stars.Technology.Building,.Taipei,.Taiwan
Fire.Protection.Systems,.Dubai.Metro,.UAE