Coolers



	In-tank design minimizes space requirements and reduces plumbing Internal aluminum fins dramatically increase performance Removable end bonnets allow water passage servicing Steel shell for high strength T1 & T2 Radii represent required reservoir cutout

Options SAE or BSPF connections available Internal oil flow bypass-relief (Surge-Cushion®) Surge-Cushion is a registered trademark. The Surge-Cushion® is a patented protective device designed to internally bypass a portion of the oil flow during cold start conditions, or when sudden flow surges temporarily exceed the maximum flow allowed for a given cooler. This device may replace an external bypass valve, but it is not intended to bypass the total oil flow.

All all dimensions in inches. Tank gasket is included. BSPF Threads are 55°Full Form Whitworth.

NOTE: We reserve the right to make reasonable design changes without notice. Certified drawings are available upon request.

Cooler Selection Procedure

Curves are based on a 40°F approach temperature, a 2:1 oil to water ratio and an average oil viscosity of 100 SSU. Example: oil leaving cooler at 125°F with 85°F cooling water (125°F - 85°F = 40°F). The 2:1 oil to water ratio means that for every GPM of oil circulated, a minimum of 1/2 GPM of water must be circulated to obtain the curve results.
Oil pressure drop coding: = 5 PSI, = 10 PSI. Curves having no pressure drop symbol indicate that the oil pressure drop is less than 5 PSI to the highest oil flow rate for that curve. Multiply curve oil pressure drop by Correction B.
Corrections for approach temperature and oil viscosity:

Many hydraulic power units recommend the operating temperature of the oil should not exceed 160° F. Excessive temperature can cause the oil to oxidize, forming gum, varnish, resins, sludge and acids. These by-products shorten the life of the oil, can cause valves to stick and cause erratic operation of the system. Also, excessive heat reduces the efficiency of the hydraulic system while consuming more energy.

Use Air Oil Coolers to Cool: Fluid Power Systems, Gear Drives, Machine Tools, Torque Converters, Hydraulic Presses.

VESCOR® Air Oil Coolers Come Complete - Ready for installation, Readily available from stock, Low cost - highly efficient designs.

Oil Cooler

Highly Efficient Design
Rugged construction Resists Vibration

TEFC Rear Mounted Oil Cooler

Uses air stream from fan of electric motor
Sized to fit popular electric motor frame sizes
Durable powder painted cabinet
Maximizes efficiency with contoured air side fins and internal oil turbulators
Includes motor gasket and mounting bracket
Fits Nema Frame sizes 48 thru 184T

Forced Air Oil Cooler

Compact, highly efficient design with contoured side fins and internal oil turbulators
Rugged construction resists vibration and stress
Eliminates sewer and water costs
Mounting bracket included for easy installation

VOC-5-P Performance: D-Rate VOCS-DP Curve by 25% (When used behind TEFC motor)
Curves are based in a 40°F approach temperature (oil out °F-amb air °F)
Oil Press Drop Coding = 5 P.S.I. = 10 P.S.I. = 20 P.S.I.
Average Oil Viscosity = 100 SSU for performance rating
All Models Above: Maximum Pressures = 200 P.S.I., Maximum Temperature = 350°F

NOTE: WITH VESCORS' POLICY OF CONSTANTLY IMPROVING ITS PRODUCTS, SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.

Download Adobe Acrobat Reader FREE