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UL/ULC Listed RED THREAD IIA Piping <br />PIPE DIMENSIONS AND RATINGS <br />I DIMENSIONAL DATA <br />Nominal <br />Nominal <br />Nominal Nominal Wall <br />Nominal <br />Pressure -Temp. <br />p <br />Mill Test <br />Pressure <br />External Pressure <br />Max. Rating (psig/MPa) <br />Random <br />Lengths <br />PipeSizep1 <br />I.D. <br />O.D. Thickness <br />(in./mm) (in./mm) <br />Wei ht <br />(lbs .-ft . kO-m) <br />Max.atin 9 <br />sl <br />(P g) <br />(ft./m) <br />75'F/24"C 150'f/66'C <br />(in.) <br />(inJmm) <br />2.235 <br />2.375 0:070 <br />I 0.4 <br />250 pslg @ 150' F <br />I 375or <br />I 85_ 81 <br />15 <br />2 <br />1 1 <br />1 Hydrostatic Burst (ASTM D1599) j <br />I <br />iUltimate Hoop I 35.000 <br />51,000 ' <br />22.25 <br />3.360 <br />3.500 I 0.070 <br />I 0.6 <br />175 psi @ 150' F <br />9 <br />I 300 <br />i 36 34 <br />3 <br />0.B8 x 10' in./in./'F <br />Thermal Expansion (SFPTM) <br />"r <br />Specific Gravity <br />1.8 <br />flow Factor <br />I 7 <br />Hazen -Williams Coefficient <br />4.360 <br />4.530 0.085 1.0 <br />125 psig j 265 I 34 I 30 <br />i q <br />i I <br />PROPERTY <br />2", 3", 4" RED THREAD' IIA Pipe <br />i <br />i j psi @ 75'F 1('., <br />psi @ 15011 4Pa -• ^,i" <br />Axial Tensile (ASTM D2105) I <br />1 10.300 <br />I <br />8.200 i ! <br />Ultimate Stress <br />575 <br />2 <br />Design Stress 1. <br />Modulus of Elasticity j 1.82 x 10' <br />x 10' <br />1.42 x 1 <br />Axial Compression (ASTM D695) 33.300 <br />25.600 I <br />Ultimate Stress I 8.300 <br />6.400 I <br />Design Stress I L26 x 10' <br />.39 x 10' <br />Modulus of Elasticity <br />Beam Bending (SFPTM) <br />23.000 <br />19.200 I I <br />Ultimate Stress <br />Design Stress" <br />2.900 <br />2.18 x 10' <br />2.400 , _ I <br />1.70 x 101 i j <br />Modulus of Elasticity i <br />(Long Term per ASTM 02925) i <br />1 Hydrostatic Burst (ASTM D1599) j <br />I <br />iUltimate Hoop I 35.000 <br />51,000 ' <br />Tensile Stress <br />Hydrostatic Design (ASTM D2992) Z"& 3.. <br />2 3 <br />Procedure A 9.810"' <br />,400"1 <br />i Cyclic 150 x 10` I 4.. <br />Cycles 13.030'" <br />4" <br />10.450 - <br />Coefficient of Linear <br />0.B8 x 10' in./in./'F <br />Thermal Expansion (SFPTM) <br />"r <br />Specific Gravity <br />1.8 <br />flow Factor <br />150 <br />Hazen -Williams Coefficient <br />(1) All values except pressure-temoerature <br />maximum rating are nominal values. Tolerances or <br />maximum/minimum limits can be obtained from <br />Smith Fibercast. <br />(2) All sizes can accept full vacuum pressures at <br />maximum temperature ratings. <br />(3) Non -UL Listed 6" secondary containment piping is <br />also available from Smith Fibercast. <br />(4) Ultimate and allowable design stresses are <br />based on minimum reinforced wall thickness. Pipe is <br />manufactured in compliance with ASTM D2996. <br />(5) Design bending stress is 1/8 of ultimate to <br />account for combined stress (i.e. bending and <br />pressure). <br />(6) Design stress is based on long term cyclic fatigue <br />aata using ASTM D2992 test method. However, all <br />testing is not complete at time of printing. <br />(7) For RED THREAD IIA pipe the hydrostatic <br />cypiic design stress was determined at 150' and <br />2001. per ASTM D2992 Proceoure A. Based on this <br />data. the extrapolated value at 75-F is 13.030 psi. <br />(8) For RED THREAD IIA pipe the nygrostatic cyclic <br />design stress was determined at 75' and 2007. per <br />ASTM D2992 Procedure A. Baseo on this data, the <br />exuapoiateo value at 150•F is 7.400 psi. <br />Bending Radius, Minimum <br />I <br />Nominal <br />j Pipe Size 2' I 3" 4` <br />(inches) <br />I <br />Ft, 75 i 110 140 <br />i <br />