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Red Thread TM IIA Product Data <br />Applications • Service Station • Fueling Terminals • Ethanol Fuel Blends • UL/ULC Systems that <br />• Vent/Vapor Recovery • Central Fuel Oil Systems • Biodiesel Fuel require MV, HB, CT, <br />• Bulk Plant Terminals • Marinas Terminals • Diesel Exhaust Fluid A&M Fuels <br />Materials and All pipe is manufactured by filament winding process using amine -cured epoxy thermosetting resin <br />Construction to impregnate strands of continuous glass filaments with a resin -rich interior surface. The operating <br />pressure of the pipe is up to 250 psig (17.2 bar) with continuous operating temperature to 150°F (66°0). <br />Red Thread IIA is Listed with Underwriters Laboratories Standard 971-2004 for non-metallic underground <br />piping for motor vehicle (MV), high blend (HB), concentrated (CT) and aviation and marine (A&M) fuels. <br />The pipe and fittings are also Listed with Underwriters Laboratories of Canada with both Listings under <br />File MH9162. <br />Fittings Fittings are manufactured with the same chemical/temperature capabilities as the pipe. Depending <br />on the particular part and size, fittings will be compression molded, contact molded, hand fabricated or <br />filament wound and are described in FH1250. <br />Joining T.A.B.- (Threaded and Bonded) is the primary joining method for pipe joints <br />Systems promoting fast, positive make-up and prevents "backout' during curing. The afflannalm- VIM <br />matched taper bell x spigot joint is the primary joining method for fitting joints. <br />These joints assist the installer and assures an fast trouble-free installation. <br />Adhesive for this system is Series 8000. T.A.B. spigots can be bonded into K <br />tapered bells and tapered spigots can be Bonded into T.A.B. bells using <br />standard bonding procedures for tapered joints. A" <br />NOMINAL DIMENSIONAL DATA <br />Ultimate <br />Collapse <br />Pipe <br />Size <br />I.D. <br />O.D. <br />wall <br />Pressure/ <br />.- <br />Mill Test <br />2 <br />2.238 <br />2.371 <br />0.067 <br />0.42 <br />250 psig @ 150°F <br />375 <br />177 <br />133 <br />50 <br />57 <br />60 <br />1.70 <br />0.63 <br />1.72 MPa @ 66°C <br />2.59 <br />1.22 <br />0.92 <br />3 <br />3.363 <br />3.559 <br />0.098 <br />0.92 <br />175 psig @ 150°F <br />300 <br />171 <br />129 <br />80 <br />85 <br />90 <br />2.49 <br />1.37 <br />1.21 MPa @ 66°C <br />2.07 <br />1.18 <br />0.89 <br />4 <br />4.364 <br />4.553 <br />0.095 <br />1.10 <br />125 psig @ 150°F <br />265 <br />69 <br />51 <br />100 <br />111 <br />116 <br />2.41 <br />1.64 <br />0.86 MPa @ 66°C <br />1.83 <br />0.48 <br />0.35 <br />6 <br />6.408 <br />6.686 <br />0.139 <br />2.47 <br />20 psig @ 150°F <br />265 <br />69 <br />51 <br />150 <br />163 <br />170 <br />3.53 <br />3.68 <br />0.14 MPa @L) 66 C <br />1.83 <br />1 0.48 <br />0.35 <br />www.fgspipe.com fgspipe@nov.com <br />NOW Fiber Glass Systems <br />