FLUID COOLING Shell & Tube EC Series

Transcription

1 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 WE OOLED FLID OOLIG hell & ube eries opper & teel ostructio Features rugged teel hell ostructio / ube ize larger hell Diameter tha EK,. Dia Ma High Flow apacity & erformace High Efficiecy Fied udle Desig optioal ateted uilt-i urge-ushio ypass Ed boets removable for easy tube cleaig Moutig brackets icluded may be rotated for simple istallatio,,, or flage coectios Optioal type stailess steel or 0/ copper-ickel compoets available atigs Operatig ressure 00 psi est ressure psi Operatig emperature 00 F How to Order Model eries M F FM Model ize elected Materials hell teel ubesheets teel ubes opper aff les teel Moutig rackets teel Gaskets itrile ubber/ellulose Fiber ameplate lumium Foil Fis lumium Ed aps Grey Iro aff le pacig = Oil coectios; Water coectios. = O-ig Oil coectios; Water coectios. M = Oil coectios; Water coectios. F = olt Flage (apped ) Oil coectios; Water coectios. FM = olt Flage (apped Metric) Oil coectios; Water coectios. ubeside asses O - Oe ass - ass F - ass urge ushio lak - o Valve - Value Icluded ales@thermasys.com..0 oolig ube Material lak - opper - ui - tailess teel utaway view shows high performace copper tube/alumium fi coolig chamber with pateted GE-HIO relief bypass valve, ad optioal flage coectios. urge-ushio (Optio) he GE-cushio is a protective device (pateted) desiged to iterally bypass a portio of the oil flow durig cold start coditios, or whe sudde flow surges temporarily eceed the maimum flow allowed for a give cooler. his device may replace a eteral bypass valve, but it is ot iteded to bypass the total oil flow. Ed oet Material lak - ast Iro - roze - tailess teel ubesheet Material lak - teel W - ui - tailess teel Zic odes lak - oe Z - Zic odes

2 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 Dimesios Oe ass MODEL / D E F G H J K L M O-IG FLGE LO LO OE: We reserve the right to make reasoable desig chages without otice. ll dimesios are i iches. wo ass F E H MODEL / O-IG FLGE F E H G G X Y K L D E F G H J K L M OE: We reserve the the right right to to make make reasoable desig desig chages chages without without otice. otice. ll dimesios ll dimesios are i iches. are i iches. J (OH ED)... D X M ( EH K) Z ( LE) M & D Y K L.0..0 Z ( LE) Flage ize X Y Z /.. / / LO.. LO / FLGE -/ / FLGE -/ O-IG ales@thermasys.com..0 O-IG # # / # # / -/ () / () / / Flage ize X Y Z -/.. / () / () /.. / - () / WE OOLED

3 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 WE OOLED Dimesios Four ass MODEL F H E O-IG FLGE G ales@thermasys.com..0 J Z ( places) OE: We reserve the right to make reasoable desig chages without otice. ll dimesios are i iches. electio rocedure erformace urves are based o 0 oil leavig the cooler 0 F higher tha the icomig water temperature (0 F approach temperature). tep tep tep Determie the Heat Load. his will vary with differet systems, but typically coolers are sized to remove to % of the iput ameplate horsepower. (Eample: 0 H ower it. = H Heat load.) If /Hr. is kow: H = /Hr Determie pproach emperature. Desired oil leavig cooler F Water Ilet temp. F = ctual pproach Determie urve Horsepower Heat Load. Eter the iformatio from above: H heat load 0 Viscosity = urve ctual pproach orrectio Horsepower M D Y K L X Flage ize X Y Z -/.. / / - D E F G H J K L M FLGE O-IG # / # () () LO /.... / / /..... LO.. tep tep Eter curves at oil flow through cooler ad curve horsepower. y curve above the itersectig poit will work. Determie Oil ressure Drop from urves. Multiply pressure drop from curve by correctio factor foud o oil viscosity correctio curve. l = I; = I; s = 0 I. Oil emperature Oil coolers ca be selected by usig eterig or leavig oil tempertures. ypical operatig temperature rages are: Hydraulic Motor Oil F - F Hydrostatic Drive Oil F - 0 F Lube Oil ircuits F - F utomatic rasmissio Fluid 00 F - 00 F

4 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 Desired eservoir emperature etur Lie oolig: Desired temperature is the oil temperature leavig the cooler. his will be the same temperature that will be foud i the reservoir. Off-Lie ecirculatio oolig Loop: Desired temperature is the temperature eterig the cooler. I this case, the oil temperature chage must be determied so that the actual oil leavig temperature ca be foud. alculate the oil temperature chage (Oil #) with this formula: Oil #=( s/hr.)/gm Oil Flow ). o calculate the oil leavig temperature from the cooler, use this formula: Oil Leavig emperature = Oil Eterig emperature - Oil #. his formula may also be used i ay applicatio where the oly temperature available is the eterig oil temperature. Oil ressure Drop: Most systems ca tolerate a pressure drop through the heat echager of 0 to 0 I. Ecessive pressure drop should be avoided. are should be take to limit pressure drop to I or less for case drai applicatios where high back pressure may damage the pump shaft seals. VIOIY OIO OIL VIOIY OIO MLILIE Maimum Flow ates OIL VIOIY - hell tube ide GM it ide oe two Four ize GM ass pass pass Icorrect istallatio ca cause premature failure. erformace urves : Oil to Water atio High Water sage HOEOWE EMOVED I OOLE ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 ec---0 OIL FLOW (GM) ales@thermasys.com OIL = I = I = 0 I urve ppro. Weights (lbs) umber Model et hippig WE OOLED

5 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 WE OOLED erformace urves : Oil to Water atio Medium Water sage HOEOWE EMOVED I OOLE : Oil to Water atio Low Water sage HOEOWE EMOVED I OOLE OIL FLOW (GM) OIL FLOW (GM) ec--- OIL = I = I = 0 I ales@thermasys.com..0 urve ppro. Weights (lbs) umber Model et hippig ec--- ec--- ec--- ec--- ec--- ec--- ec--- ec--- ec--- ec urve ppro. Weights (lbs) umber Model et hippig ec---f ---F ---F ---F ---F ---F 0 ---F ---F ---F ec---f ec---f 0 ec---f ec---f ec---f 0 OIL ec---f 0 = I = I ec---f 0 = 0 I ec---f 0 0 ec---f 0 0 ec---f 0

6 ourtesy of M/Flodye/Hydradye Motio otrol Hydraulic eumatic Electrical Mechaical (00) -0 erformace urves : Oil to Water atio Lower Water sage HOEOWE EMOVED I OOLE OIL = I = I = 0 I OIL FLOW (GM) : Oil to Water atio Low Water sage HOEOWE EMOVED I OOLE OIL FLOW (GM) OIL = I = I = 0 I urve ppro. Weights (lbs) umber Model et hippig ec---f ---F ---F ---F ---F ---F ---F ---F ---F ec---f ec---f ec---f ec---f urve ppro. Weights (lbs) umber Model et hippig ec---f ---F ---F ---F ---F ---F ---F ---F ---F ec---f ec---f ec---f ec---f ales@thermasys.com..0 WE OOLED