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UL / ULC Listed Red Thread ® IIA Piping System <br /> RED THREAD IIA PIPING RED THREAD IIA <br /> RED THREAD IIA Primary Piping Secondary Containment Piping <br /> Nom . Pipe Size Part Number Pipe Length Nom . Pipe Size Part Number Pipe Length <br /> NNNNNNNNSN <br /> n . ) mm (ft .) ( In . ) mm Me ) <br /> r( i2 <br /> 50 011020-069- 1 15 3 80 011030- 0694 15 <br /> NONSENSE <br /> 2 50 011020 -069 -2 22 -25 3 80 011030-069-5 22-25 <br /> 2 50 011020 -069 -3 26 -30 3 80 011030-069-6 26 -30 <br /> ENEW <br /> 3 80 011030 -069 - 1 15 4 100 011040-077- 5 15 <br /> 3 80 011030 -069 -2 22 -25 4 100 011040-069-5 22-25 <br /> SEES <br /> 3 80 011030 -069 -3 26 -30 4 100 011040 -077- 6 26-30 <br /> SENSE <br /> 4 100 011040 -071 - 1 15 6 150 011060 - 120-5 15 <br /> 4 100 011040-069-2 22 -25 6 150 011060- 1204 22-25 <br /> 4 100 011040-071 -3 26 -30 6 1 150 011060- 120-6 26-30 <br /> DIMENSIONAL DATA SENSE <br /> Nominal External Pressure <br /> Nominal Wall Max . Rating <br /> Nominal Nominal Nominal Pressure/ Mill Test <br /> Pipe I D . O . D . Thickness Weight Temperature Pressure ( psig/MPa ) <br /> Size ( Ind In . / ./mm ( In ' / ) Ibs ./ft. / i . til Max . Ratingsi / MPa <br /> ( In <br /> ) ( ) Thickness ( g ) ( p g ) 75° F/240C 150° F/660C <br /> ( InJ ) <br /> 2 2 . 235 2 . 375 . 070 0 . 5 250 psig @ 150 ° F 375 85 80 <br /> 50 57 61 1 . 78 0 . 74 1 . 72 MPa @ 66 ° C 2059 . 57 . 55 <br /> 3 3 . 360 3 . 500 . 070 0 . 7 175 psig @ 150 ° F 300 36 34 <br /> 80 85 90 2054 1 . 04 1 . 21 MPa @ 66 ° C 2 . 07 . 25 . 23 <br /> 4 1 4 . 360 4 . 560 . 085 1 . 2 125 psig @ 150 ° F 265 34 30 <br /> 100 1 111 116 2 . 16 1 . 79 0 . 86 MPa @ 66 ° C 1 . 83 1 . 23 . 21 <br /> PROPERTY RED THREAD IIA Pipe Bending Radius, Minimum <br /> psi @ 75° F MPa @ 24° C psi @ 150° F MPa @ 66 ° C Nominal <br /> Axial Tensile (ASTM D2105 ) Pipe Size 2 " 3" 4" 6 " <br /> Ultimate Stress 10 , 300 71 . 0 81200 56 . 5 (inches) <br /> Design Stress 21575 17 . 8 2 , 050 14 . 1 Ft . 75 110 140 204 <br /> Modulus of Elasticity 1 . 82 x 106 12548 1 .42 x 106 9791 <br /> Axial Compression (ASTM D695 ) LN m 21 . 3 33 . 5 42 . 7 62 . 2 <br /> Ultimate Stress 33 , 300 230 . 0 25 , 600 177 .0 m All values except pressure -temperature <br /> maximum rating are nominal values. Tolerances <br /> Design Stress 89300 57 . 2 60400 44 . 1 or maximum /minimum limits can be obtained <br /> Modulus of Elasticity 1 . 26 x 106 8687 . 89 x 106 6136 from Smith Fibercast. <br /> SESSIONSFPTM SEES (2) All sizes can accept full vacuum pressures <br /> Beam Bending ( ) at maximum temperature ratings . <br /> Ultimate Stress 23 , 000 159 . 0 19 , 200 132 . 0 (3) Ultimate and allowable design stresses are <br /> Design Stress(4 ) 21900 20 . 0 21400 16 .5 based on minimum reinforced wall thickness . <br /> Modulus of Elasticity2 . 18 x 106 15031 1 . 70 x 106 11721 Pipe is manufactured in compliance with ASTM <br /> D2sss. <br /> ( Long Term per ASTM D2925 ) MASSES (4) Design bending stress is t /a of ultimate to <br /> Hydrostatic Burst (ASTM D1599 ) account for combined stress (i .e . bending and <br /> pressure). <br /> Ultimate Hoop (5) Design stress is based on long term cyclic <br /> Tensile Stress 34 , 000 234 39 , 200 271 fatigue data using ASTM D2992 test method . <br /> SENSES <br /> Hydrostatic Design (ASTM D2992 ) 2 "-3" 2 " & 3" 2" & 3 " 7 & 3" However, all testing is not complete at time of <br /> Procedure A 91410(5) 64 . 9(5) 71400 (7) 51 (8) printing . <br /> (6) For RED THREAD IIA pipe the hydrostatic <br /> Cyclic 150 x 106 4"-6" 4 11 41 4 11 41 4 ' -6" cyclic design stress was determined at 150° and <br /> Cycles 131040(6) 89 . 9(6) 10 ,450 72 . 1 200 ° F, per ASTM D2992 Procedure A. Based <br /> on this data , the extrapolated value at 75°F is <br /> Coefficient of Linear 0 . 88 x 10-5 in ./in ./° F 13,030 psi . <br /> Thermal Expansion (SFPTM ) 1 . 58 x 10-5mm/mm/0C (7 ) For RED THREAD IIA pipe the hydrostatic <br /> Specific Gravity 1 ,8 cyclic design stress was determined at 750 and <br /> 200 ° F, per ASTM D2992 Procedure A. Based <br /> Flow Factor <br /> on this data , the extrapolated value at 150° F is <br /> Hazen -Williams Coefficient 150 1 7,400 psi . <br /> Somali4 <br />