M S (both ends) DIA x (3) .62 x.88

Transcription

1 FUI COOIG hell & ube C & C eries WAE COOE C & C Copper/teel or stailess steel Costructio Features AI/ACO Iterchage AE Code Optio preferred for ew Oil-Water Applicatios C-eries / C eries rugged teel Costructio low Cost type 316 tailess teel Costructio Optioal Custom esigs Available Competitively riced Optioal aterial Costructio o C-eries: ubes, ubesheets, Ed oets, AE O-ig, AE Flage, or hell ide Coectios Available Ed oets emovable for ervicig outig Feet Icluded (ay be rotated i 90 icremets) atigs tadard aimum hell ressure 300 psi aimum ube ide ressure 10 psi aimum emperature 300 F atigs AE Code aimum hell ressure 300 psi aimum ube ide ressure 10 psi AE Code C psi aimum emperature 300 F C/C ow to Order odel eries C & C C & C C & C CF CF odel ize elected aff le pacig aterials C eries ubes Copper eaders teel hell teel hell Coectios teel aff les rass Ed oets Cast Iro outig rackets teel Gaskets itrile ubber/cellulose Fiber ameplate Alumium Foil ube iameter Code 4-1/4 6-3/8 C = hell side coectios; ube side coectios C = AE O-ig hell side coectios; ube side coectios C = hell side coectios; ube side coectios CF = AE Flage (with UC threads) hell side coectios; ube side coectios CF = AE Flage (with etric threads) hell side coectios; ube side coectios C = hell side coectios; ube side coectios C = AE O-ig hell side coectios; ube side coectios C = hell side coectios; ube side coectios ubeside asses 0 - Oe ass - wo ass F - Four ass Coolig ube aterial lak - Copper C - Cui - tailess teel A - Admiralty rass aterials C eries ubes 316 tailess teel ubesheets 316 tailess teel hell 316 tailess teel hell Coectios 316 tailess teel aff les 316 tailess teel Ed oets 316 tailess teel outig rackets ild teel Gaskets itrile ubber/cellulose Fiber ameplate Alumium Foil Ed oet aterial lak - Cast Iro - roze - tailess teel ubesheet aterial lak - teel W - Cui - tailess teel Zic Aodes lak - oe Z - Zic A FO C, C, C, CF ad CF OE OY: Coolig tube material, ed boet material, tubesheet material & zic aodes Cosult factory for AE Code

2 imesios Oe ass (both eds) AE Flage Optio C (both eds) GG Z (4 places) (both eds) IA A IA. F E J (2 each ed) G All odels ecept C-600 eries (both eds) C-600 eries Flage ize GG Z - CF Z - CF /8-16 UC /2-13 UC /8-11 UC -16 WAE COOE C & C OE IZE A C / AE E F G J AE O-IG FAGE IA OE: We reserve the right to make reasoable desig chages without otice. Cosult factory. All dimesios are iches. / AE / FAGE O-IG # / UF (2) # /8-12 U # / U C/C 93

3 imesios wo ass AE Flage optio GG C Z (4 places) 4 IA. A IA. F E J (2 each ed) G C-600, C-1000, C-1700 eries C-800, C-1200 eries WAE COOE C & C Flage ize GG Z - CF Z - CF /8-16 UC /2-13 UC /8-11 UC -16 OE IZE C/C A C / AE E F G J AE O-IG FAGE IA / FAGE AE O-IG #16 1 /16-12 UF-2 # /8-12 U-2 # /2-12 U-2 OE: We reserve the right to make reasoable desig chages without otice. Cosult factory. All dimesios are iches. _ (2) /

4 imesios Four ass AE Flage optio GG C Z (4 places) A IA. IA. F E J (2 each ed) G All odels ecept C-1700 eries C-1700 eries Flage ize GG Z - CF Z - CF /8-16 UC /2-13 UC /8-11 UC -16 WAE COOE C & C OE IZE A C / AE E F G J AE O-IG FAGE IA OE: We reserve the right to make reasoable desig chages without otice. Cosult factory. All dimesios are iches. / AE / FAGE O-IG #16 (2) 1 / UF # /8-12 U # / U C/C 9

5 erformace Curves WAE COOE C & C orsepower emoved i Cooler C/C OI = I = 10 I = 20 I Oil Flow (G) OI = I = 10 I = 20 I hip Wt. odel (lbs) 1. C/C F C/C F C/C F C/C F 24. C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F 7 1. C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F C/C F 300 * hippig Weights are approimate

6 electio rocedure erformace Curves are based o 100U oil leavig the cooler 40 F higher tha the icomig water temperature (40 F approach temperature). Curves are based o a 2:1 oil to water ratio. tep 1 tep 2 tep 3 tep 4 tep etermie the eat oad. his will vary with differet systems, but typically coolers are sized to remove 2 to 0% of the iput ameplate horsepower. (Eample: 100 ower Uit.33 = 33 eat load.) If U/r. is kow: = U/r 24 etermie Approach emperature. esired oil leavig cooler F Water Ilet temp. F = Actual Approach etermie Curve orsepower eat oad. Eter the iformatio from above: heat load 40 Viscosity = Curve Actual Approach Correctio A orsepower Eter curves at oil flow through cooler ad curve horsepower. Ay curve above the itersectig poit will work. etermie Oil ressure rop from Curves. ultiply pressure drop from curve by correctio factor foud o oil viscosity correctio curve. l = I = 10 I l = 20 I Oil emperature Oil coolers ca be selected by usig eterig or leavig oil tempertures. ypical operatig temperature rages are: ydraulic otor Oil 110 F F ydrostatic rive Oil 130 F F ube Oil Circuits 110 F F Automatic rasmissio Fluid 200 F F esired eservoir emperature etur ie Coolig: esired temperature is the oil temperature leavig the cooler. his will be the same temperature that will be foud i the reservoir. Off-ie ecirculatio Coolig oop: esired 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. Calculate the oil temperature chage (Oil #) with this formula: Oil #=(U s/r.)/g Oil Flow 210). o calculate the oil leavig temperature from the cooler, use this formula: Oil eavig 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 rop: ost systems ca tolerate a pressure drop through the heat echager of 20 to 30 I. Ecessive pressure drop should be avoided. Care 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. VICOIY COECIO aimum Flow ates Eample odel o. C/C F Uit aff le hell ide ube ide (G) ize pacig (G) O F , 3 19, , 4 32, , 41, , 6 60, , , Eceptios to aimum hell ide Flows C/C * 63 G a. C/C * 33 G a. C/C * 66 G a. C/C * 10 G a. C/C * 200 G a. Cautio: Icorrect istallatio ca cause this product to fail prematurely, causig the shell side ad tube side fluids to itermi. ipig ook-up I OU Oe ass O FUI OU pecific applicatios may have differet pipig arragemets. Cotact factory for assistace. I wo ad Four ass O FUI (AY E EVEE) OI VICOIY - U A C/C COOIG WAE COOIG WAE