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Section 1 -Scope <br />This section covers the use offiberglass rei nforced plastic (FRP) pipe for <br />singlewall fuel handling and fuel hand lingventandvaporapplications <br />includinggasoline, unleaded gasoline, gasoline/alcohol mixtures, <br />bio -diesel, DEF and diesel up to 150OFand 250 psigcyclic pressure. <br />Section 2 -General Conditions <br />2.01 Coordination-Materialfurnished and work performed underthis <br />section shall be coordinated with the related work and equipment <br />specified under othersections, i.e.VaIves, Flexible Connectors, <br />Equipment, <br />2.02 Governing5tandards-Exceptasmodified orsupplemented <br />herein, all materials and construction methods shall complywith <br />and be tested in accordance with the followingstandards and test <br />methods: <br />Standard and Test Methods <br />UL9712004 <br />Standard for Nonmetallic Underground Piping for Flammable <br />Liquids <br />ASTM D2310 <br />Standard Classification for Machine -Made "Fiberglass" (Glass Fiber <br />Reinforced Thermosetting Resin) Pipe <br />Standard Test Method for obtaining Hydrostatic or Pressure Design <br />ASTM D2992 <br />Basis for"Fiberglass" (Glass -Fiber -Reinforced -Thermosetting Resin) <br />Pipe and Fittings <br />2.03 Operating Conditions- In addition to the above minimum <br />design requirements,the system shall meetthefollowing <br />3 <br />minimum operating conditions: <br />a. Operating Pressure <br />b. Operating Tern <br />perature <br />cI <br />Fluid Conveyed <br />dI <br />Test Pressure <br />2.04 QualityAssurance-Pipemanufacturer'squalityprogramshall <br />be in compliancewith ISO9001 and/orAPl Ql. <br />2.05 Delivery, Storage and Handling -Pipe and fittings shall <br />be <br />protected from damageduetoimpactandpointloading. Pipe <br />shall be properly supported to avoid damagedLie toflexurat <br />strain. The contractorshall not allow dirt, debris or other <br />extraneous materials to get into pipe and fittings. Allfactory <br />machined areas shall be protected from sunlight until installed. <br />2.06 Acceptable Manufacturers -Fiber Glass Systems, (501) <br />568-4010, or approved equal. <br />Section 3 -Materials and Construction <br />3.012"-4"Pipe-The pipe shall be manufactured bythe filament <br />winding process using an <br />aminecured epoxythermosetting <br />resin to impregnatestrands of continuousglassfilaments,which <br />are woundaroundamandrelata543/; windingangleunder <br />con trolled tension. Pipe shall be heatcured and the cure shall be <br />confirmed using Differential Scanning Calorimeter. <br />Pipeshall besuppliedwith aT.A.BTM(Threaded and Bonded) <br />endS, <br />Pipeshall have a minimum continuous cyclic pressure ratingof <br />125 prig at 150°F in accordance with ASTM D2992, Procedure A or <br />UL971 pressure rating. <br />All pipe shall be 100% hydrotested at the factory before shi pment <br />ata minimum pressureof265 psigand shall be UL971-2004 <br />Listed and labeled. <br />" " <br />3.02 ASTM D2310 Classifications (at 73.4°F) <br />2-3RTRP-11AF <br />4" RTRP-11AH <br />(Mechanical propertiescell classificationsshown are minimums.) <br />3.03 Fittings-Allfittingsshall <br />be manufactured usingthesametype <br />of material as the pipe. Fittings maybe manufactured either by <br />compression molding, filamentwinding, resin transfer molding <br />orcontact molding methods. All fittings, adapter, and sump <br />penetrations shall be UL971-2004 Listed. <br />Fittings shall <br />be adhesive bonded matched tapered bell and <br />spigot. , <br />.04 Connections-Connectionstoflex connectors orotherpiping <br />materials shall be made bythe use of NPT (National Pipe Thread) <br />threaded adapters orflanges bonded to the FRP piping system, <br />3.05 Sump Penetrations -Sump penetrations shall <br />be made by <br />means of a permanently bonded FRP coupling. The coupling <br />shall be capable of adjustingforthe slope of the pipingsystem <br />entering orexitingthesump wall. <br />3.06 Adhesives-Adhesivesshallbe manufacturer's standardforthe <br />pipingsystem specified. <br />Section 3 -Materials and Construction <br />3.012-4" Primaryand 3" -6"Secondary Pipe -The pipe shall be <br />manufactured bythe filamentwinding process using an amine <br />cured epoxythermosetting resin to impregnate strands of <br />continuous glass filaments, which arewound around a mandrel <br />at a 543/4" wind i ng angle under controlled tension. Thepipe <br />shall be heat cured and the cure shall be confirmed using a <br />Differential Scan ningCalorimeter, <br />Pipe shall be supplied with a T.A.Bl' <br />(Threaded and Bonded) or <br />plain ends. <br />Pipe shall have a minimum continuous cyclic pressure rating of <br />125 psig at 150°F in accordance with ASTM D2992, Procedure <br />A or <br />UL971 pressure rating. <br />All pipe, both primary and secondary, shall be 100% hydrotested <br />atthefactory before shipment ataminimum pressure of 265 <br />psig <br />and shall be UL971-2004 Listed and Labeled. <br />Fiber Glass Systems I NAY P�°d����o°°5 "�""= fgspipe@nov.com nov.com/fgs <br />