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RED THREAD IIA
<br />Primary Piping
<br />Pipe Size Pipe
<br />In nim Part Numbor Length (ft)
<br />2 so 011020-069-1 16
<br />•,,�:' :�h Q,..;;:r,�1jj,,b20;bs8r2:�;� .';ri x,26:°�:�,:.
<br />2 s0 011020-089-3 28-30
<br />3 80 00.114d1030-0869.2 22-25
<br />;k_ "Sti 4'f,;� ''.i•�li::lia>��5`:! L `!9 :�eSf2, �'-s.`.J
<br />4L 100 011040-071-1 1s
<br />4 100 of 1040-071-3 26-30
<br />RED THREAD IiA
<br />Secondary Containment
<br />Piping
<br />Pille Size Pipe
<br />III Imm Part Number Length ift)
<br />3 80 011030-069-4 is
<br />_1r;__11 TOUT;
<br />3 80 011030-069-6 28.30
<br />t %`4l'fi ' .�'. m•; i"I {1 tib
<br />4 1 100 011040-069-5 22-25
<br />:rt�t`�i �3>.`�00.� � `Y'Oi'��D°f�t��'%'6:.,4a �.:ar..'� p�5`v'•+'•
<br />8 150 0`11060-120-5 is
<br />8 150 011060.120.6 26410
<br />NOMINAL DIMENSIONAL DATA
<br />Pipe wall
<br />Size I.D. 01D. Thickness Weight
<br />2 2.235 2.375 .070
<br />0.t`,7-6
<br />External
<br />Pressure/ Mill Test
<br />Temperature Pressure
<br />sig 6- 8 5
<br />2 6`l02
<br />Pressure
<br />Max. Rating
<br />(psig/Mpa)
<br />r
<br />80
<br />pst @ 75"F
<br />CF .'237
<br />.p . -
<br />-FNP 'sri�•...
<br />res :�@:i.s.,1�3f6if01
<br />3 3.360
<br />3.500
<br />.070 0,7
<br />175 psig @ 160-F 300 36
<br />34
<br />.�1.
<br />.::60t..� 76611.
<br />„
<br />774-
<br />r•.'8 -
<br />.. r,
<br />`•-2. 4• .1a1;vA•.':.
<br />q. ., ,,, r
<br />':i''21.aN1� B v .,i • ,•2r�,'1i,,:.-:•x.:�-;.' •L
<br />.. .•�
<br />-'• - 3:r:..r
<br />4 1 4.360
<br />4,660
<br />1085 1.2
<br />125 psig @ 150°F 265 34
<br />30
<br />QI"'
<br />1o..,. 'ti4i=S• ':;r;`:1;8' '•., •'I::•.`I;�� .K :0{�p S/��.6t§l;� r. ii`$3: �. �j:�.,',•:.:
<br />'•t i
<br />8 6,406
<br />6.878
<br />.135 2,4
<br />20 pslg @ 150°F 265 22
<br />20
<br />�" r,i �' ns
<br />-`'�-��� . ` �(
<br />aa' •.,ice:. r.. - r;. �tr:i :•!: _ .S
<br />� 1� 0�. �•1:•^�.ir'Q �'•... ..li `1. n6, ft.���.1�. : �, .i = �"'t k'.
<br />33,300
<br />230.0
<br />25,600
<br />176.4
<br />Modulus of Elasticity
<br />"For Red Thread IIA pipe, the hydrostatic cyclic design stress was determined at 1601 and 2007 per ASTM D2992,
<br />Procedure A. Based on this date, the extrapolated value at 761F Is 13,073.
<br />4
<br />Bending Radius, Minimum
<br />RED THREAD IIA PIPE
<br />PROPERTY
<br />pst @ 75"F
<br />MPa @ 24"C
<br />psi @ 150°F
<br />MPa @ 66
<br />Axial Tenslls (ASTM D2106)
<br />4" 6"
<br />(Inches)
<br />Ultimate Stress
<br />10,300
<br />71.0
<br />8,200
<br />56.6
<br />Modulus of Elasticity
<br />1.82 x 10"
<br />12,548
<br />1,76 x 104
<br />12,135
<br />Axial Compression (ASTM D695)
<br />Ultimate Stress
<br />33,300
<br />230.0
<br />25,600
<br />176.4
<br />Modulus of Elasticity
<br />1,26 g 10"
<br />8,687
<br />0.89-x 10"
<br />6,159
<br />Beam Bending (SFPTM)
<br />Ultimate Stress
<br />23,000
<br />159.0
<br />19,111
<br />131,8
<br />Long Term per ASTM D2926
<br />2,18 x 101
<br />16,031
<br />1.19 x 104
<br />8,181
<br />Hydrostatic Burst (ASTM D1699)
<br />Ultimate Hoop
<br />Tensile Stress
<br />34,000
<br />234
<br />39,200
<br />271
<br />Hydrostatic Design (ASTM D2992)
<br />2--3"
<br />2" 4"
<br />2'.3"
<br />2"•3"
<br />Procedure A
<br />9,410
<br />64.91
<br />7,400
<br />51
<br />Cyclic 150 x 10"
<br />4"-6'•
<br />4"-6"
<br />4"-6"
<br />4".6"
<br />Cycles
<br />13,073*
<br />90.1
<br />10,500
<br />72,4
<br />Coefficient of Linear
<br />0,88 x 10' InAn/-F
<br />Thermal Expansion (SFPTM)
<br />1,58 x 10.1 mm/mm/'C
<br />Specific Gravity
<br />1.8
<br />Flow Factor
<br />Hazen -Williams Coefficient
<br />160
<br />"For Red Thread IIA pipe, the hydrostatic cyclic design stress was determined at 1601 and 2007 per ASTM D2992,
<br />Procedure A. Based on this date, the extrapolated value at 761F Is 13,073.
<br />4
<br />Bending Radius, Minimum
<br />Nominal
<br />Pipe Size
<br />2"
<br />3"
<br />4" 6"
<br />(Inches)
<br />Feet
<br />61
<br />76
<br />97 142
<br />Meters
<br />15.5
<br />23,2
<br />29.8 43.3
<br />ASTM D2996
<br />Designation Codes
<br />2"-3- RTRP-11AF1-2111
<br />4" RTRP-11AH1-2111
<br />8" RTRP-11AH1-2112
<br />
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