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UL LISTED REDTHREAD II PIPE INSTALLATION INSTRUCTIONS
<br />SMITH FIBERGLASS PRODUCTS INC. 2700 W. 65TH ST.. LITTLE ROCK, AR 72209 501-568-4010 TWX 910-722-7377
<br />A SUBSIDIARY OF A. 0, SMITH CORPORATION
<br />EMPTY HARDENER
<br />INTO ADHESIVE
<br />FT-
<br />I
<br />MIX UNTIL ADHESIVE
<br />FLOWS SMOOTHLY
<br />CLEAN BOTH SPIGOT
<br />AND
<br />c
<br />_BELLE \ `
<br />\ A3
<br />�1 I
<br />L '
<br />APPLY ADHESIVE
<br />TO BOTH SPIGOT
<br />AND BELL ENDS
<br />1�A.8.
<br />-'w r
<br />USE A TURNING MOTION
<br />TO SCREW TOGETHER
<br />CUT END AS SQUARE/ \
<br />AS POSSIBLE
<br />SCRIBE GUIDE LINE ON
<br />LARGE DIAMETER PIPE
<br />AS A CUTTING GUIDE
<br />OF PIPE
<br />BE DOUBLY SUR�OL'-'�
<br />HOLDER IS SET AT
<br />PROPER ANGLE
<br />\, e
<br />/ CLEAN BOTH SPIGOT
<br />r AND BELL END
<br />i
<br />1
<br />/
<br />APPLY ADHESIVE,A
<br />\l
<br />TO BOTH SPIGOT
<br />/ AND BELL ENDS -11 l
<br />i`
<br />USE STAB AND
<br />TURN MOTION
<br />\
<br />woaD
<br />111!1/
<br />1 1 (I
<br />THREADED ADAPTERS
<br />1. Properly Instruct the crew in good Nstanation technques.
<br />A, Adhesive mixing.
<br />1. When the weather i5 coal (70'f or below), pre -warm the
<br />adhesive kits. (Warm to the touch is sofficlent)
<br />2. Empty the hardener can Into the can of adhesive,
<br />I h adhesive with all of the hardener duringthe
<br />3 Mix all the Se a d
<br />mixing Process.
<br />4. Vise down the sides, bottom and under the rim of the con
<br />with the mlxin0 stick.
<br />5. Mlx until the atlheslve has P smooth flow off the his,
<br />stick,
<br />B. Joint cleaning.
<br />NOTE. Solvent containers ley be under pressure. Use c4vtlon
<br />when removing the inner seals. Eye protection Is recommended,
<br />1. Use sufficient cleaner and clean Paper towels.
<br />2 Clean all of the TAB, (Threaded and Banded) or tapered
<br />surfaces, both belt and spigot,
<br />3. Ramove of, grease, mud fingerprints, etc,
<br />4, Once cleaned do not touch the bonding surfaces.
<br />C. TA.B. Joint make-up,
<br />1.. Measure the length of the threads in the ben,
<br />2. On the spigot, make a nark 1/4' longer than the bell
<br />thread measurement.
<br />31 Prewa,m the sw-foaes at temperatures below 70• F. Use
<br />a propane torch with flame spreader tp, electric heating
<br />toll., orOther handy heat .... Surfaces should be
<br />warm to the touch, Do not touch tapered surfaces to
<br />check (i.e. touch outside of ben or Inside of sdgi
<br />4. Cave. all machined areas on the spigot and at least 1/2'
<br />beyond the last thread In the bell with the Adhesive.
<br />together b Fond ensuring that you do not
<br />5. Screw the e o e er
<br />PP 9 Y 9
<br />threaded n Vit 2' diameterhands RED
<br />have the .inti cross
<br />j
<br />THREAD k pipe you can tighten It with your hands until
<br />the mark on the spigot Is no longer visible . On 3' and
<br />4' RED THREAD II Alpe use the A.B.iwrenches to screw
<br />the pipe together until the mark on the spigot Is no longer
<br />visible. Spigots must Insert at least 1/4' past the threptletl
<br />person of the bell.
<br />6, Check lock-up by mi free ad of pipe Ia an up and
<br />down or side to side all., No movement should be
<br />volaw In the joint, If any movement exists continue
<br />to tighten until no movement Is visible, Connections
<br />Into Pittings are made ue,,, the normal If and spigot
<br />methods (111 C)
<br />11. Organize the crew for maximum efficiency.
<br />A, The man oang the cleaning should stay one joint ahead of the
<br />assembly crew and raise the free end of the pipe for good
<br />PAgnment.
<br />B. Organize the crew so that the adhesive Is spread on the
<br />bonding surface be quickly as possible - particulorty In
<br />extremely hot weather.
<br />C. Plan adhesive kit umge so that the crew won't have to Salt
<br />whhe one man goes to get ...them Mt.
<br />D. Plan ahead so that o sufficlent number of bonds ... available
<br />to use up one whole kit to avoid waste.
<br />t g and ,
<br />Joint rim assembly,
<br />IIL CutslnCutting,ape a J Y
<br />A. Cutting, CuttingRED THREAD II glass fiber pipe Is easty
<br />o s pushed Ing.. £me-toolhed hacksaw blade, The cut end
<br />Should be as square as possble so re-t.penng can be done
<br />more SAME, On 3' or 4' diameter pipe o line should first be
<br />scribed around the pipe for the blade to follow.
<br />B. Tapering Assemble the tapering tool according to the
<br />instructions consoled in the kit. Make certain thati
<br />1. The scot holder is set at the proper tapering angle. The
<br />taper angle for 2, 3' nntl 4' pipe should be 1 3/4'.
<br />Note. If ad style blade holder Is used the blade Pagle
<br />Should be set at 1 1/2'.
<br />2. The tool blade Is Inserted correctly. The wide side of
<br />the blade all lead as the tapers, tool Is turned
<br />counterclockwise.
<br />The Initial cut should be very' gradual to true the
<br />wfoce. Continue tapering till the length of the toper
<br />is apor-mately 2'. Continue .tat, the tool s It Is
<br />moved so that the tape, Is smooth. The held-mede
<br />taper should insert Into a fitting the same depth as a
<br />factory taper t1/8', If the taper length Is correct,
<br />reinsert the tapering tool Into the Pleld-madetaper and
<br />place P nark oa the blade holder m line with the end of
<br />the pipe. Use this mark to reproduce factomy tapers.
<br />3. IF . pipe or chain vise Is used the pipe must be
<br />protected Cut lengthSlse TER ..By 4' long pace of the
<br />Ore. diameter pipe, Place both halves around the pipe to
<br />prevent damage to the pipe wait
<br />C. Joint assembly for tapered bell and spigot.
<br />L Clean on of the tapered surfaces with cleaner and clean
<br />pope, towels,
<br />Z PYeworm the surfaces at temperatures below 70T. Use
<br />a propane torch with flame spreader tip, electric heating
<br />collar or other handy heat source,
<br />3 Apply adhesive to both surfaces, Make sure adhesive Is
<br />placed deep down Into bell.
<br />NOTE. Follow adhesive mixing Instructions above,
<br />4, Use a stab and turn motionuntil lack -up is achieved,
<br />A. Insert spigot In the bell untl surfaces touch, then
<br />push and turn at the sane time, Approximately 1/4
<br />turn Is necessary) then stop turning and push.
<br />Apply pressure until mechanical tock Is achieved.
<br />When the Spigot Is 1n as far as It wn go, test the
<br />locking action by turning. On 4' diameter pipe and
<br />on fittings, turning Is Impracticpb and driving
<br />force must be used,
<br />To obtain nereum Joel
<br />strength with any Sze, It may be necessary to drive
<br />the joint together to achieve a thinner glue .tine.
<br />This pin be done with a libber hammer, f se n
<br />piece of wood ge protect the bell end of the pipe
<br />and drive ul inot be
<br />uwithsed
<br />P hammer. Excessive
<br />he
<br />force should not be used particularly on the 2'
<br />nze.
<br />S. If the atlheslve Is cool and viscous, or If the pipe
<br />surfaces are cool, push and hold for a few seconds
<br />to let the trapped air escape, then test again by
<br />turning the spigot and bell. (Pre -heating the
<br />bonding surfaces will eliminate most of this
<br />problemo
<br />5, Maintain compressive Alla( pressure on Pit previously
<br />PSSembled joints to reduce the chance of separotial
<br />IV. Tying In to steel or other pipe. Two connections are provided
<br />-threaded adapters and flanges. These hints will help to do
<br />a thorough job.
<br />A. Threaded adopters - when aming this notable', thread It Int.
<br />the steel pipe Pr fisting before bonding Onto the RED THREAD Il
<br />pipe, Use on -metallic based thread do e Safi to
<br />Rector Seal XS on fiberglass threaded adapters, Do not use
<br />thread sea Ung tapes. Tighten adapter's to the Totalling
<br />torques, 2' - 30 ft/lbs. 3' - 35 ft./lbs. 4' - 40 ft/lbs.
<br />A nylon strap wrench should be placed on the unmachined
<br />surface Just behind the threaded ono.
<br />CAUTION. DP not over -tighten Tighten Me Adapters as If they
<br />were brass or other so
<br />ft material.
<br />Note. Avoid point loading the adapter when using a nylon strop
<br />wrench to tghten.
<br />B. Flanges. Before bonding onto the RED THREAD 11 pipe, make sure
<br />the bolt holes line Lm with the mating bolt hales on the steel
<br />Flange Use 1/W thick, full face 60-70 duroneter gaskets that are
<br />chemically compatible will the Fluid gang through the the.
<br />V. Inspection.
<br />Since during transportapoa storage and handlm9 p,a can
<br />sometimes Incur rough treatment, all pipe should be Inspected
<br />for possible damage to the bell, the spigot or the pipe wall.
<br />Daniagged sections must be cut cut or repaired. If m doubt
<br />Pbout damage, contact your local representapve. If pipe
<br />belts or spigots have been exposed to weather or sunlight For
<br />more than three days, It Is necessary to cut V from the
<br />Spigot and taper. Exposed bells on fittings rust be returned
<br />to factory fresh surface using a power driven hone or fa spar
<br />antler, T A bells should be t off, pipe tapered and o
<br />sleeve cup(" banded on.
<br />THREE FOURTHS OF THE
<br />CIRCUMFERENCE IS LEFT
<br />VL Repair,
<br />A. On burled lines a permanent repair should be made before the
<br />time Is covered,
<br />B. IF the damage covers . small area proceed as Follows.
<br />1. Cut a length of good pipe long enough ,o adequately cover
<br />the dnlofted P and xtending at least 2' (and
<br />preferably 49 -beyond either side of damaged area.
<br />2. Silt this 'patch' lengthwise twice and r .... a . section
<br />so that about three-fourths of the circumference Is left.
<br />3. Thoroughlysand the inner surfaces of this patch d
<br />sand cy respoonding area on the pipe around the damaged
<br />.Partial. Use arse sandpaper r bastard file to
<br />remove all the gloss from the bonding surfaces.
<br />4. Clean both surfaces with solvent from on adnestes kip
<br />., f, adii to both s -faces) sn.p the patch in piece,
<br />then with hose comps, a re Plr stomP or
<br />stainlessss sleet banding untilaadhesive hardens. The
<br />clomping device may be left on
<br />or removed depending on
<br />IES SalVPge va1V@,
<br />C. Repel, on extensive fishing..
<br />1. Extensive donege Co. be defined as damage too long to
<br />patch or damage all around the circumference, which
<br />cannot be patched.
<br />2. If the damage Is local, but at( the key around proceed
<br />oS followsi
<br />n. Check to see if there Is sufficient stack In the
<br />pipe so that the damaged section can be cut out, cut
<br />ends tapered, and a sleeve coupling handed between
<br />the tapered ends.
<br />3. If the damaged section Is exte,eve, too large for so
<br />above, .1 too large to patch, proceed as followsi
<br />a. Cut out the damaged section.
<br />b. Taper the cut ends,
<br />c. Flt o nipple with sleeve ...pWgs oa each end so
<br />that It Is si htl longer than actual! required to
<br />n
<br />9 Y 9 Y 9
<br />fill the
<br />9pP'
<br />d, Cie. all four pendingsurfaces apply adheslve o
<br />in Y
<br />time surfaces, and insert the repair Pectin Into the
<br />time, making Cert Pln that all tapers aYQ tightly tacked.
<br />VII. Adhesives.
<br />A, Working ITS or pot ITS Is the tine it takes for the adhesive
<br />to harden in the H...a, can. This Is usupny msea ured from
<br />the timethe hardener and adhesive are first mixed, It Is
<br />shorter at temperatures above ]0°F and becomes longer as
<br />temperature drops below )0°F.
<br />1. Working life Is affected by the quantity of atlheslve as
<br />well ¢s temperature,
<br />a. Working life 1n hot weather can be extended by
<br />keeping the can coot.
<br />U Make a cooler by wrapping the can with ...S or
<br />paper towels, then keep the wrappings wet with
<br />water or better yet, some ..vent
<br />2) Cut off the bottom two Inches of the carton In
<br />which the adhesive kit Is furnished. Line the
<br />Inside Plth rags or p.per towels nntl wet the r.,e
<br />or towels with solvent, then at the odheslve can
<br />In the nest', Do not get any of the Solvent
<br />Into the adiscu
<br />eve Can, If this ocr., o not
<br />use the PaNeswe.
<br />b, Working Life Ia hot weather co
<br />spreading the atlheslve out Into a fill, Pau. the n also be extended by
<br />adhesive mix out of the can and spread It out on a
<br />clean piece of tin or fall.
<br />B. Curing time is the time requmed for the adhesive N the
<br />ambled Joint to harden Exte,aal beat Is r1panne Oded far
<br />are when ambient temperature Is below 70°F.
<br />1 Use a Serth Fiberglass Products Inc, electrical curing
<br />collar, (Refer to Smith Fiberglass Installaton
<br />Instruction Manual No. 9474, page La>
<br />2. Preheating the banding surfaces Pad pre -warning the
<br />adhesive will speed up thecure in moderately cool
<br />weather.
<br />C. The Smith Fiberglass Pdhesrve Kits for UL pipe, DS -7014 and
<br />DS -7024, have a 25 minute working nfe at 75'F. The
<br />recommendations on their usage are described in the Smith
<br />rper,la55 product literature for under,raund handling of
<br />liquid petroleum fuels and In the Instruction procedures sheet
<br />enclosed is every DS -7014 and DS -7024 adii kit.
<br />This literature Is found In the Smith Fiberglass product
<br />catalog or can be obtained by contacting the Smith Fiberglass
<br />representative In your Prim, or Silting to Smith Fiberglass
<br />Products Inc.Little Rock Arkansas. (Rend the Instruction
<br />Shoals enclosed In every adhesive kite
<br />V11I. Prec.utlons.
<br />A. Avoid contact with the adhesive and hardener since they ore
<br />capable of causing skin and eye Irritations,
<br />R gloves and eye protection one suggested If skin contact
<br />occurs, wesh with soap pad water. If eye contact occurs,
<br />flush Immediately with copious amounts of water. Consult a
<br />phystaAm If Irntoter persists.
<br />C. Although the ha,dener is only mildly toxic, avoid mha0ng
<br />fumes by working In welt ventilated areas.
<br />IX., Following are the bending properties OF RED THREAD 11 pipe at
<br />75°r.
<br />Bending Properties
<br />of RED THREADII Pipe
<br />Nominal Pipe Size
<br />Minimum Bending Radius
<br />2-
<br />50'
<br />3'
<br />80'
<br />4'
<br />100'
<br />(1) Sharper bends should be .Unmated to avoid stress
<br />concentration which could result In premature pipe failure
<br />under pressure condlti.ee.
<br />X, Flexible Hose Connections,
<br />Flexible hose connections can be Installed M product and vent
<br />Lines at the point where they leave the tank. On suction pump
<br />installations they can be put In just before the pumpmaser, Use
<br />of flexible connections can prevent breaking of Imor r fittings
<br />where settlement might cause tank movement or where expansion and
<br />contraction might cause movement of the pipe.
<br />The drawings of typical Island In Indicate how connections can
<br />be made using standard RED THREAD 11 adopters, o
<br />SUCTION PUMP
<br />WSTAllA IKKIS
<br />MP IS D
<br />OPoVE
<br />REDTHREAD it
<br />TItaEADED ELEWAE
<br />ADD= CONNECTON
<br />\ 1
<br />9VO PUMP 1E
<br />Si WPUH.
<br />NP
<br />MS}ILA Td4$ NSTAW TONS
<br />GALVAN2ED TO
<br />A 0 Timms. iLEA&E IxPACT 1ALv2
<br />iXAswaEa AnnPiE0. _GWNECPW
<br />EaLVING
<br />MN
<br />ASSEMEIT IL
<br />so RED THREAD II pipe Is Inherently flexible, ARE Pal
<br />1615 states 'Fiberglass plping which Is inherently flexible
<br />doe, not rS,jre sllhg Joints, IF at least 4 feet of Slralght
<br />n Is provided between any directional change exceeding
<br />I,
<br />SQUEEZE PATCt
<br />IN PLACE WITH
<br />CLAMP
<br />CUT OUT DAMAGED SECTION
<br />TAPER CUT ENDS
<br />FIT NIPPLE WITH
<br />SLEEVE COUPLINGS
<br />t1
<br />eM,rvrw""J'x
<br />INSERT REPAIR SECTION
<br />INTO LINE, TIGHTLY LOCK
<br />ALL TAPERS
<br />150
<br />u 135
<br />i 120
<br />105
<br />v 90
<br />♦ 75
<br />60
<br />45
<br />ADHESIVE CURE
<br />Cure time Is depentaot on pmblent
<br />temperature,
<br />XI. Burial
<br />$12e
<br />$4rfpCe condition
<br />Mrn.
<br />Bam PE
<br />De tN
<br />P
<br />MINAmi of Sand
<br />or PSo Gr v t
<br />e above
<br />the CO Of 2N
<br />P e Olpe
<br />2
<br />unpaved
<br />17"
<br />12"
<br />6
<br />Paved, min. 4' asphalt
<br />12"
<br />8"
<br />2 1/2
<br />Paved, mer. 4' concrete
<br />9"
<br />5"
<br />3"
<br />Unpaved
<br />20"
<br />14"
<br />2 1/2
<br />Paved mn. 4' asphalt
<br />13"
<br />9"
<br />6
<br />Paved, mm. 4' concrete
<br />1 t n
<br />7"
<br />4"
<br />Unpaved
<br />20"
<br />14"
<br />n )
<br />Paved, min, 4' asphalt
<br />14"
<br />loll
<br />3
<br />Paved, min. 4• concrete
<br />11"
<br />7"
<br />Minimum acceptable burial depths are given In this swollen. In
<br />Some cases gnat., depths noy be required by the authority HOPE,
<br />jurisdictionby local codes,
<br />The maxlmum allowable burial depth Is 23 feet for burial In
<br />moderately comppacted Solis which do not contain clay and where the
<br />wall modulus Is t least 1000 psi.
<br />Minimum parvo. depths shown In the above burl.( table are
<br />acceptable If, and only If, the ditch width is 2.5 feet or less
<br />the paved surfaces extend at (east 2 feet on either side of the
<br />ditch the fill materia( Is clean sand or 1/8' to 3/4' pea graveb
<br />and 6' of the fit( n.tzrol Is placed under the POP as bedding
<br />materia(,
<br />amounts as shown to the
<br />Remaining backfhl above sand or pearove(
<br />last column of burial table can be native soft If desired.
<br />Multiple h ditch should e Ines m e .e d o ou d be one separated b
<br />diameter or 6', wPoche vver Is greater
<br />P Y pipe
<br />If banal conditions other than those discussed above exist Contact
<br />Smith Fnbers.ss Products Inc,
<br />RED THREAD II DOUBLE-WALL
<br />SECONDARY CONTAINMENT FITTINGS
<br />Secondary Containment fittings avatabw from Two-piece SecondPry Containment fittings are assembled
<br />Smith Fiberglass Include 90• elbows, 45' elbows, less, with standard bolts, nuts and flat washers along with
<br />couplings And termination concentric reducers. Smith Fiberglass Pdhesrve
<br />TEE 90' ELBOW 45' ELBOW SLEEVE COUPLING
<br />T
<br />IC
<br />�a �B A a
<br />TERMINATION
<br />CONCENTRIC REDUCER
<br />TA
<br />�_
<br />�
<br />EF
<br />CONCENRTIRN�� �ED(10ER TYPICAL
<br />WITH 3/4 NPT CROSS SECTION
<br />9 Q
<br />+ - - 3/4" NPT
<br />AP
<br />Size
<br />A
<br />t1fB'
<br />B
<br />tl/B'
<br />C
<br />tl/8'
<br />D
<br />t1/8'
<br />E
<br />it/B'
<br />F
<br />it/6'
<br />3'
<br />6
<br />7
<br />14
<br />3
<br />2 1/2
<br />1 2 1/2
<br />1 5/8
<br />4• 3 7/6
<br />vveron L PgN
<br />4'
<br />14
<br />3
<br />3
<br />2 1/2
<br />5°
<br />8
<br />9
<br />6
<br />4
<br />4
<br />1 3
<br />am04a G�OC3Gr�C��l pG3�DNJC9 ObC�a
<br />SECTION IV
<br />CONTAINMENT CROSSOVER DETAIL
<br />When Installing a Smith Fiberglass Products containment systely
<br />some preparation Is necessary If the closest Posslble separation of
<br />(Ines
<br />required. It Is necessary to shorten one In of the 45°
<br />containment elbow and the side run of the containment tee.
<br />Refer to Table IV for the maximum length that can beremoved and
<br />For the minimum nipple length of both product piping and containment
<br />piping,
<br />TABLE IV
<br />UL LISTED RED THREAD II FITTINGS
<br />_A
<br />rx,
<br />T�Bd fTBOwH
<br />�vi�,
<br />A
<br />L x ' 4s ELES.
<br />T T
<br />�` 1FF5
<br />A
<br />SIE � L�f JI -X f'
<br />L�
<br />sUSINE WUPUNG
<br />Pae Sze
<br />(N) Calf
<br />%l4)
<br />(1a)
<br />1 2'
<br />1 3/8
<br />3'
<br />4 5/B
<br />1 5/8
<br />4•
<br />s ve
<br />l 1/z
<br />XaNne,
<br />'pit Size
<br />eWe
<br />%l4)
<br />(1a)
<br />1 2'
<br />3 3/8
<br />Fee.
<br />J
<br />7
<br />int
<br />2' 2 5/8
<br />8 1/4
<br />1 3/8
<br />3• 3 3/4
<br />2
<br />1 5/8
<br />4• 3 7/6
<br />vveron L PgN
<br />4'
<br />1 1/2
<br />✓
<br />3'
<br />✓
<br />95
<br />immad
<br />B
<br />C
<br />➢
<br />E
<br />a
<br />%u)
<br />Prow SYze
<br />(u)
<br /><m)
<br />n )
<br />(m>
<br />(3N
<br />Im
<br />3
<br />Nalwa
<br />R
<br />c
<br />3/4 D
<br />E
<br />o
<br />2'
<br />2 1/4
<br />3/4
<br />4 3/4
<br />Four
<br />6
<br />1 1/2
<br />(mI
<br />4 1/2
<br />1 1/2
<br />4'
<br />Holes
<br />98
<br />2'
<br />54
<br />19
<br />3/4 D
<br />Four
<br />152
<br />3'
<br />2 5/8
<br />1 3/8
<br />6
<br />Four
<br />7 1/2
<br />1 7/8
<br />Holes
<br />9D
<br />3'
<br />67
<br />35
<br />/4 D
<br />Four
<br />191
<br />4'
<br />2 5/8
<br />1 3/8
<br />7 1/2
<br />ER,9
<br />Holes
<br />1 7/6
<br />Holes
<br />9D
<br />4'
<br />67
<br />35
<br />191
<br />ESght
<br />229
<br />Npe 4ze
<br />dJ
<br />d(nl
<br />2' 3 3/8
<br />1 3/8
<br />3' 4 5/8
<br />1 5/B
<br />1 1/z
<br />XaNne,
<br />'pit Size
<br />A
<br />QW,
<br />%l4)
<br />(1a)
<br />1 2'
<br />3 3/8
<br />1 3/8
<br />pp. saw
<br />O )
<br />all
<br />2'
<br />72
<br />5/8
<br />3•
<br />7
<br />3 3/4
<br />4'
<br />8 1/4
<br />=47/8
<br />2104
<br />2
<br />11/2
<br />Narw'd
<br />a'. See
<br />p
<br />vveron L PgN
<br />4'
<br />3' ✓ ✓
<br />4• ✓ ✓
<br />.% evoIWNe iron stab
<br />12'
<br />Pae Size _4 an
<br />2'
<br />86
<br />35
<br />3-
<br />SV
<br />41
<br />4'
<br />130
<br />38
<br />Ppe $. (m4 %-1
<br />Hall.,
<br />86
<br />35
<br />3-
<br />%to
<br />45
<br />Per one
<br />130
<br />Na
<br />1 3/4.
<br />(m)
<br />2104
<br />2
<br />11/2
<br />67
<br />overall Lene M'A' f
<br />101b0 152M 20320 p34.W SOIdO
<br />35
<br />✓
<br />3'
<br />✓
<br />95
<br />3'
<br />41
<br />✓ ✓
<br />4'
<br />✓
<br />98
<br />3 7/8
<br />36
<br />✓
<br />✓
<br />30
<br />79
<br />Y{ 140
<br />102
<br />3
<br />Nalwa
<br />R
<br />c
<br />1 3-
<br />E
<br />o
<br />u)
<br />PpP Site
<br />4r,)
<br />(nn)
<br />m
<br />( )
<br />pN
<br />(nN
<br />(mI
<br />4 1/2
<br />1 1/2
<br />4'
<br />98
<br />2'
<br />54
<br />19
<br />121
<br />Four
<br />152
<br />38
<br />ales
<br />9D
<br />3'
<br />67
<br />35
<br />152
<br />Four
<br />191
<br />48
<br />Holes
<br />9D
<br />4'
<br />67
<br />35
<br />191
<br />ESght
<br />229
<br />4B
<br />Notes
<br />Ppe $. (m4 %-1
<br />2R
<br />86
<br />35
<br />3-
<br />117
<br />45
<br />4'
<br />130
<br />38
<br />Nonzml
<br />Ppe Sze
<br />A
<br />we
<br />%l4)
<br />(nn)
<br />1 2
<br />1 86
<br />35
<br />Mormaki Pipe Saw
<br />ON
<br />ail,2'
<br />2' X V
<br />V8
<br />67
<br />ex 11/4'
<br />3'
<br />178
<br />95
<br />1 3/4.
<br />4'
<br />2104
<br />2
<br />11/2
<br />NanMl
<br />Pipe $Ke
<br />overall Lene M'A' f
<br />101b0 152M 20320 p34.W SOIdO
<br />2'
<br />✓
<br />✓ ✓
<br />✓
<br />✓
<br />3'
<br />2
<br />✓ ✓
<br />✓
<br />✓
<br />A.
<br />3 7/8
<br />✓ ✓
<br />✓
<br />✓
<br />(4) X dilnen90n Is a mammal make up dimen.ron for drawly, Inyout only. Do not use far0.55embly dlmenslans.
<br />Ta
<br />REWcfA BUSYINeS
<br />Redeem
<br />Sze
<br />W) A
<br />%(nt)
<br />( )
<br />2' X V
<br />1 3/4
<br />t
<br />ex 11/4'
<br />2
<br />t
<br />2' x Il/2'
<br />1 3/4.
<br />t
<br />3' x z'
<br />2 1/4
<br />11/2
<br />4• % 3'
<br />2 3/8
<br />1 7/8
<br />(T) Antacid Spens pue mean(. Ni breed
<br />Man'
<br />Pqw 4xe
<br />A
<br />Uhl
<br />%U)
<br />(In)
<br />E'
<br />2 3/4
<br />1 3/8
<br />Redcar
<br />q
<br />m
<br />lifesu
<br />inn)
<br />2' X V
<br />44
<br />r
<br />Y X 1 1/4'
<br />51
<br />t
<br />2' X 1 I/2'
<br />44
<br />t
<br />3- X 2'
<br />57
<br />38
<br />4' X 3'
<br />60
<br />48
<br />Pp s:e
<br />(rare
<br />mai
<br />2'
<br />0
<br />35
<br />TNPi THREAD
<br />AT THREAD NPT 1NfEIL
<br />T �A
<br />�
<br />NPT PRE)D
<br />L
<br />H'sMAPUR
<br />RL 6 MLLE NAT. THREAD
<br />1Mka➢ED AMPTER
<br />SPIGUY 6 MALE NP.T. THAI
<br />1M Ub ANAPTER
<br />BELL 5 HEN4E NPS. THREAD
<br />MffA�0 aldrne,
<br />S,,i , PEWEE N➢,l. RREpO
<br />XOnnul
<br />Ppa Axe
<br />A
<br />tlnA
<br />B
<br />(In)
<br />%fU
<br />(W
<br />EA Iml
<br />P.Sae
<br />A
<br />dau
<br />D
<br />all
<br />Xonnat
<br />Rpe 91e
<br />A
<br />fill
<br />as,wiew,
<br />1nJ
<br />P9e Sze
<br />q
<br />114,
<br />g
<br />IN.)
<br />2'
<br />4 1/4
<br />2
<br />1 3/g
<br />2'
<br />3 5/8
<br />2
<br />2'
<br />3 1/2
<br />1 3/8
<br />2-
<br />3 7/8
<br />2 1/8
<br />3'
<br />S
<br />30
<br />79
<br />Y{ 140
<br />102
<br />3
<br />3'
<br />4 1/2
<br />1 5/8
<br />1 3-
<br />4 3/4
<br />1 3 1/8
<br />105
<br />4'
<br />4 ]/8
<br />4
<br />4'
<br />4 1/2
<br />1 1/2
<br />4'
<br />IVREA➢E➢ AgJTER
<br />Sol 6 MALE .1.1. iNREae
<br />THRI wqi
<br />SPICUT 6 me. Ii mof
<br />iWSARED AIMPTER
<br />POLL L fEIWF NPL. 1HRG➢
<br />TH#AOED AWPTER
<br />PICOT p fEWtE W` helEaO
<br />Nonnnl a
<br />PPe Aze (m)
<br />B
<br />(ml
<br />Xtt)
<br />(nN
<br />1pnlml
<br />Plpe Slxe
<br />a 8
<br />(rn) ae0
<br />NmNvl
<br />Ppe See
<br />A X14
<br />(ne VN
<br />Mnnnl
<br />Ppe 43e
<br />UL LISTED RED THREAD II
<br />8
<br />In,)
<br />2' 108
<br />5t
<br />35
<br />2•
<br />92 5t
<br />2'
<br />89 34
<br />2-
<br />d121
<br />54
<br />3' 14p
<br />]6
<br />41
<br />3'
<br />IV 76
<br />3'
<br />114 41
<br />3'
<br />30
<br />79
<br />Y{ 140
<br />102
<br />38
<br />4'
<br />124 102
<br />4'
<br />114 38
<br />4'
<br />15
<br />105
<br />1 nt Sam -iron Re-. I,M
<br />Sa:e 4s• Crosson, Ell Side Rariee
<br />Piobeakis'.
<br />Nope Sze
<br />NASA vee
<br />Nbrame
<br />Veil
<br />Thakness
<br />calf
<br />NOx4a1
<br />Vdplt
<br />ubz./FtJ
<br />P v'e-tery
<br />%w. Robrq
<br />"Ill 1VUL 1LOI1 Vu LI 1VI I LV .1V1 I.
<br />fld¢rml Prassuie
<br />Max. Raii.g P51 at
<br />Parton
<br />LenpMs
<br />6t]
<br />)s' E
<br />1`A' F
<br />2
<br />UL LISTED RED THREAD II
<br />2,235
<br />PIPING...
<br />0,4
<br />3 .T 33s
<br />alb
<br />3
<br />eflo
<br />'kno
<br />43.8
<br />,5
<br />General Specifications and
<br />Rating (5)
<br />© slam of company. All Rights Reserved 1997
<br />31360
<br />01070
<br />0.6
<br />175 pis a 150•F
<br />200
<br />29
<br />23
<br />15
<br />30
<br />4
<br />4550
<br />To prevent Interference of the ipe tines, do not locate two
<br />inment
<br />contafittings closer than Shown In Figure 10.
<br />Flgum to
<br />Contm,.med
<br />Pipe 1 N (1N i DN CIE
<br />in U(IN (In)
<br />3 75 1"A 4 d5 11
<br />4 SS 13 ).5 2 185
<br />6 10.. IS 8 1615 of
<br />NOTES.
<br />U the hole dimension must Inspected In the field.
<br />2) Match di holes (5/16' diameter)r) at distance of 3/4from the
<br />cu4 end oP the 45° ell anq the tee.
<br />Newt
<br />Pp Slu
<br />(In)
<br />Nexi
<br />OA
<br />(IN
<br />Nagml
<br />IA
<br />Qni
<br />Nbrame
<br />Veil
<br />Thakness
<br />calf
<br />NOx4a1
<br />Vdplt
<br />ubz./FtJ
<br />P v'e-tery
<br />%w. Robrq
<br />MII Test
<br />Preza,z
<br />(P$D
<br />fld¢rml Prassuie
<br />Max. Raii.g P51 at
<br />Parton
<br />LenpMs
<br />6t]
<br />)s' E
<br />1`A' F
<br />2
<br />2.375
<br />2,235
<br />0.070
<br />0,4
<br />250 pis a 250'F
<br />1000
<br />112
<br />106
<br />15
<br />30
<br />3
<br />3500
<br />31360
<br />01070
<br />0.6
<br />175 pis a 150•F
<br />200
<br />29
<br />23
<br />15
<br />30
<br />4
<br />4550
<br />4,360
<br />01095
<br />1.1
<br />125 East 8 150-F
<br />675
<br />47
<br />44
<br />15
<br />30
<br />Hswl
<br />Ppe Sae
<br />UnJ
<br />Normal
<br />OA
<br />1.
<br />Named,
<br />lH
<br />amp
<br />NV¢II
<br />Tnckness
<br />(nn)
<br />gref
<br />Vep6t
<br />ky.a
<br />Pr'esxwa-Tme.
<br />de. Rated
<br />he Text
<br />.-assure
<br />Opo)
<br />Nave Half, PSI at
<br />Reap.
<br />Lmayao
<br />W
<br />2f' C
<br />66' C
<br />2
<br />60.33
<br />56,77
<br />1.78
<br />0.60
<br />1.72 MPa 2 66.5°C
<br />6.89
<br />77
<br />.73
<br />4.6
<br />9.1
<br />3
<br />88.90
<br />85.34
<br />1,78
<br />0.89
<br />1.21 MPs 2 66.5'C
<br />4.83
<br />PO
<br />.16
<br />4.6
<br />9.1
<br />4
<br />115.57
<br />110J4
<br />2.41
<br />164
<br />086 MPP a 665'C
<br />465
<br />32
<br />.30
<br />4.6
<br />9.1
<br />(4) X dimension Is a nominal make up dime ns Con for drawing layout only.
<br />Do not use for assembly dimensions,
<br />(5) A(I values except pressure -temperature maximum rating o omilnel
<br />values. Tolerances or mannum/mmmum Units can be obtained from
<br />Smith Fiberglass Products Inc.
<br />
|