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8-21-1997 12:21PH FROM ANS DISTRIBUTING 1 S20 623 2212 P.A <br />' TTel-Y! <br />HUSKY BREAKAWAY VALVES <br />FOR VAPOR RECOVERY APPLICATIONS <br />Model 3360VR <br />■ All Husky Safe -T - <br />Breaks stop the flow of <br />fuel on both sides of <br />the separation. <br />■ For balance systems: <br />coaxial hoses with fuel <br />"inside" hose, vapor <br />return in "outside" <br />hose. <br />■ Easily reconnectable. <br />Meets U.L. Std. 567, <br />Seventh Edition. <br />■ Unique vapor valve <br />stops vapors from <br />escaping after a drive - <br />away. <br />■ Separates at less than <br />200 lbs. pull force to <br />minimize backlash <br />damage. <br />IN Reconnects with only <br />10-I2 lbs. force. <br />■ Unique pre -loaded <br />shock absorbing wave <br />spring minimizes <br />nuisance breaks. <br />Model 4034 <br />■ All Husky Safe -T - <br />Breaks stop the flow of <br />fuel on both sides of <br />the separation. <br />■ For vapor assist sys- <br />tems: coaxial hoses <br />with fuel "outside" <br />hose, vapor return <br />"inside" hose. <br />■ Same features and <br />benefits as Model <br />3360VR. <br />SPECIFYING INFORMATION <br />Model <br />Description Length <br />Weight <br />Number <br />in. (cm.) <br />lbs. (kg.) <br />Reconnectable <br />Coaxial <br />3360VR <br />Safe-T-Breakz 6.87 (17,46) <br />1.2:: (.56) <br />For Balance and <br />Amoco V-1 <br />Systems <br />Inverted Coaxial <br />4034 <br />Safe -T -Break® 6.37 (16.19) <br />.93 (.42) <br />For Vapor Assist <br />Systems <br />CONSTRUCTION <br />Body <br />Aluminum <br />Seals <br />Viton (Fluorocarbon) <br />Springs <br />Stainless Steel <br />Threads <br />3360VR — 1.7/8' x 12 <br />4034 — M34 x 1-5 <br />Stainless steel load and latch spring reverse mechanism. <br />Hardened stainless steel latch ring and balls. <br />PATENTS AND LISTINGS <br />Patent Nos. <br />4,827,977 <br />Listings <br />U.L. C.A.R.B. <br />34 <br />LPM GPM <br />15 <br />43 1 I <br />10 <br />7.5 <br />20 <br />5 <br />LL 2.5 <br />a o <br />PS: 0 .S 1 1.5 2 2.5 a <br />KPa 0 ., 10 15 20 <br />uAPT PRSSWF E („pfd ..76) <br />•� 1DOE <br />,■■. <br />MEN <br />