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HUSKY X <br /> BALANCE SYSTEM VAPOR RECOVERY NOZZLE <br /> Husky Yis a vapor ■ Vapor valve in body, SPECIFYING INFORMATION <br /> recovery nozzle not in spout. <br /> designed for new Stage Model Fuel Hold-open Weight Spout <br /> Il installations that is the ■ Easy and inexpensive <br /> same physical size as a <br /> to maintain due to the Number Clip Lbs. (kg.) <br /> conventional,non-vapor one-piece bellows,the <br /> recovery nozzle. uncluttered spout,and 5010 Unleaded yes 3.3(1.49) Short <br /> the simple,single bel- 5020 Unleaded no 3.3(l.49) Short <br /> ■ The HuskyYwill fit lows clamp. <br /> most existing dis- 5110 Leaded yes 3.3(l.49) Short <br /> pensers. Conversions ■ Another version of the <br /> to Stage Il can be nozzle—with longer 5120 Leaded no 3.3(1.49) Short <br /> faster,easier and less spout and bellows— 5210 Unleaded yes 3.4(l.54) Long <br /> costly. is available for replac- <br /> ing vapor recovery 5220 Unleaded no 3.4(l.54) Long <br /> ■ The bellows—made of nozzles already <br /> high molecular weight installed. 5310 Leaded yes 3.4(l.54) Long <br /> polyurethane—is 65% <br /> more flexible than pre- ■ Aluminum casting and 5320 Leaded no 3.4(1.54) Long <br /> vious bellows,and pro- design provides a <br /> vides 55%greater resis- lightweight,easier to CONSTRUCTION <br /> tance to cuts,scuffing handle nozzle. <br /> and damage. It has the <br /> lightest"force"needed Body Aluminum <br /> to insert/seal of any Disc Viton•(Fluorocarbon) <br /> bellows nozzle. <br /> ■ Nozzle is equipped Packing Fiber reinforced Teflon <br /> with unique device Lever One piece contoured steel <br /> that shuts off nozzle if <br /> it falls from fill tank. Inlet 1 7/8"x 12 <br /> PATENTS AND LISTINGS <br /> Patent Nos. 5,085,258 5,127,451 <br /> �2 Listings U.L. C.A.R.B. <br /> Viton"is a registered trademark of DuPont Dow Elastomers. <br /> LPM GPM WIDE OPEN FLOW <br /> �S09p01 12 <br /> V*v sy5 t0 <br /> Leaded � <br /> 1' 30 3p 8 <br /> �l W 6 UNeaded <br /> � 4 <br /> 10 <br /> z <br /> 0 0 <br /> PSI 2 1 6 8 10 12 14 16 <br /> KPa 0 20 40 60 80 <br /> INLET PRESSURE(SPG=.78) <br /> 100 VAPOR FLOW vs PRESSURE DROP <br /> I Le <br /> 80 <br /> -? <br /> .• O <br /> u_ LL 40 <br /> 2 <br /> 20 <br /> 0 Rev.11-99 <br /> 0 .02 .04 .06 . .10 .12 .14 <br /> VAPOR PRESSURE DROP(in.H2O) <br />