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Materials <br />Top: Cast iron <br />Low Profile <br />Patented Thermal <br />Relief Valve <br />Body: Cast iron <br />Disc: M-19 <br />Main <br />/Air Test Port <br />Carrier: Zinc -plated steel <br />Poppet <br />Seat <br />+l <br />Secondary <br />' Poppet <br />Stem: Copper -nickel -chrome -plated brass <br />Fusible <br />Poppet Spring: Stainless steel <br />Link <br />Seal: M-19 0 -Ring <br />Packing nut: Brass, Teflon® -coated <br />Nickel -Plated, <br />Teflon -Coated <br />Inlet and outlet thread: 1-1/2" (4 cm) NPT <br />Main Stem <br />(British threads available) <br />'With black Duragard® E -Coating Combination <br />Main Poppet <br />Body <br />Features <br />• High Flow Capacity — the primary <br />poppet is held out of the flow stream <br />while the secondary poppet is held <br />normally open to minimize head loss <br />across the valve and to protect the poppet <br />seals from damage and erosion. True <br />1-1/2" (4 cm) and 2" (5 cm) body sizes <br />ensure maximum flow. <br />• Fire Protection — a fusible link trips <br />the valve closed at 165° F to shut off fuel <br />supply to the dispenser. <br />• Main Poppet Seat Integral to the <br />Top Assembly — having the main poppet <br />seat as an integral part of the valve top <br />ensures a new, clean seating surface is <br />installed each time the top is replaced. <br />This design also ensures that the integrity <br />of the seal between the valve top and <br />bottom is verified during line testing and <br />allows full inspection of the main poppet <br />when the top is removed. <br />• Duragard®-Coat Finish — provides <br />superior corrosion resistance. <br />• Reliable Shut-off — a stainless steel <br />main spring, a teflon -coated brass packing <br />nut and a copper/nickel/ chrome -plated <br />brass stem are designed to prevent tar <br />build-up and corrosion from interfering <br />with poppet operation after long periods <br />of normal service without activation. <br />• Integral Test Port — a 3/8" (9.5 mm) <br />test port allows the piping system to be <br />air -tested without breaking any piping <br />connections. <br />• Patented Thermal Relief Valve — <br />relieves excessive pressure over 25 psi <br />caused by thermal expansion of fuel in the <br />dispenser piping system in the event of <br />fire (double -poppet models only). <br />• Low -Profile Tops — female and union - <br />top double -poppet valves have a low - <br />profile top to allow upgrading from DPW <br />single -poppet valves without changing <br />existing piping. <br />• Multiple Mounting Options — valves <br />are boss -mounted to stabilizer bars in <br />sumps and pans or mounted to bars <br />embedded in the island with optional <br />U -Bolt kits 1OUBK-015 (not included). <br />Versatile Combination Body (boss mount/ <br />U -Bolt mount) models are available to <br />accommodate most mounting applications <br />with one valve style. <br />• Underwriters Laboratories — UL <br />listed for use with gasoline and 85% and <br />100% methanol. All OPW 10 Emergency <br />Shut -Off Valves meet requirements of UL <br />STANDARD 842. <br />• Compatible with 85% ethanol (E85) <br />lVic <br />PAIS Offset Adaptor <br />The OPW PA15 Offset Adaptor <br />is designed for adjusting ; ,1 <br />misalignment of pipe in dispenser <br />sumps and suction stubs. <br />The PA15 has a low profile Materials <br />feature, and is designed for <br />maximum flow. Ductile Iron <br />Zinc Chromate <br />10 Series Emergency <br />Shut -Off Valves <br />DPW 10 Series Emergency Shut-off <br />Valves are installed on fuel supply <br />lines beneath dispensers at grade level <br />to minimize hazards associated with <br />collision or fire at the dispenser. If the <br />dispenser is pulled over or dislodged by <br />collision, the top of the valve breaks off <br />at the integral shear groove, activating <br />poppets and shutting off the flow of fuel. <br />Single -poppet models shut off supply <br />flow, while double -poppet models shut <br />off supply as well as prevent release <br />of fuel from the dispenser's internal <br />piping. The base of the emergency valve <br />is securely anchored to the concrete <br />dispenser island through a stabilizer bar <br />system within the dispenser sump or pan <br />to ensure proper shearing action. The <br />valve base is secured to the stabilizer <br />bar using a three-point boss mount <br />system or a U -Bolt Kit (not included) <br />1OUBK-015 (1-1/2") and 10URK- <br />0200 (2 sold separately). Valve inlet <br />(bottom) connections are female pipe <br />threads and outlet (top) connections <br />are available with female threads, male <br />threads or a union fitting. Other options <br />include suction system models with a <br />normally closed secondary poppet which <br />maintains prime, and models <br />with external threads on the inlet <br />body which connect to secondary <br />containment systems. <br />MAR 31 2016 <br />Ordering Specifications <br />Part # Thread Size Offset Height Width <br />in, mm in. mm in. mm in. mm <br />PA15-10 1'h 38.1 1 25 2'/4 57.2 35/8 92.1 <br />PA15-15 V/2 38.1 1'/2 38.1 2'/4 57.2 4'/e 104.8 <br />PA15-20 V/2 38.1 2 51 2'/4 57.2 45/8 117.5 <br />www.opwglobol.com 119 <br />