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Husky Reconnectable SafemTmBreak TM <br /> Has Unique " Shock Absorber " <br /> New breakaway valve design, the less-than-200 lbs. pull requiring 1,000 breakaways without <br /> absorbs typical line force is high enough to resist the the unit leaking or failing between <br /> yp most common causes of nuisance breakaways.This new unit <br /> shocks to reduce breaks, yet low enough so that--in represents another engineering <br /> actual driveaways--the"backlash" achievement in the long line of <br /> unwanted separations. <br /> force of the broken connection Husky Safe-T-Break valves. <br /> Husky introduces the model 3360-- dissipates quickly and minimial <br /> a new Safe-T-Break"m valve that damage occurs to dispensing 720- 6– <br /> the <br /> Description <br /> withstands typical line shock with a equipment. The higher the "pull 3/4"F x 3/4"F <br /> unique"shock absorber" design. force", the more likely severe <br /> The unit features an unusual internal and external damage will also available. <br /> interface between a pre-loaded occur to equipment. <br /> spring and a single turn wave spring In addition, the model 3360 is Listed <br /> that enables the valve to resist as reconnectable, and after <br /> sudden pressure build-up in the separating the reconnected valve <br /> hose–a common cause of nuisance retains its Listing. Reconnecting <br /> breaks. the Safe-T-Break does not require <br /> This unique design feature allows new or reconditioned parts or the model 3360 to be U.L. Listed to repair kit. <br /> separate at less than 200 lbs. pull The Husky 3360 successfully force. With this shock-absorber passed the demanding U.L. test 1 2 <br /> t0 <br /> E DROP(SpG=.78) <br /> 4'h O <br /> HUSKY CORPORATION <br /> 1 +Dailey Industrial Park P.O.Boz 67 <br /> Pre-loaded Shock Pacific,MO 63069(314)2573073 <br /> Absorbing Spring FAX:1-314-257-4962 <br /> Actual size 2300 E.Vistoso,Commerce Loop <br /> Single Turn Oro Valley,AZ 85737(602)742-3994 <br /> Wave Spring Fax:1-602-297-8891 <br /> Line Pressure <br /> Seal <br /> Separation Point <br /> i <br /> I <br /> ,ti# tSi <br />