Receive a chance to win $5,000.00 CASH
 
 
 
Check us out on Instagram
 
Your IN STOCK source for quality racing supplies!
 
Follow us on facebook
 

Setrab Oil Coolers and Oil Cooler Adapter Fittings Product Category

Setrab Oil Coolers and Oil Cooler Adapter Fittings

Setrab oil coolers have been popular in all levels of racing since the 1970s. The brazed aluminum construction provides the maximum cooling capacity in the smallest possible space, with minimal pressure drop. Coolers are factory pressure tested to 10 bar (145 psi) to ensure quality. The black epoxy finish protects against corrosion and looks great. The unique convertible inlet fittings (sold separately) allow you to change your plumbing without having to replace the cooler. You can even choose different size fittings for the inlet and outlet!

Setrab Oil Cooler Dimensions
Series Overall Length
(with mounting tabs)
Core Length
(without mounting tabs)
Port Spacing
center-to-center
O-Ring Port Size
Series 1 8.27" 6.42" 4.80" M22 Female
Series 6 12.99" 11.14" 9.53" M22 Female or
-16 (1 1/16-16)
Series 9 15.94" 14.09" 12.48" M22 Female

Related Technical Documents

Choosing and Using Engine Oil Coolers

Related Product Categories

Find Products by Brand
Oiling Systems

Recent Top Selling Products for this category

Setrab Series 1 Oil Cooler, 44 Row, M22 Ports
Setrab Series 1 Oil Cooler, 44 Row, M22 Ports

This Setrab Series 1 Oil Cooler has a brazed aluminum construction, providing maximum cooling capacity in the smallest possible space with minimal pressure drop.

Setrab Series 6 Oil Cooler, 16 Row, M22 Ports
Setrab Series 6 Oil Cooler, 16 Row, M22 Ports

The brazed aluminum construction of the Setrab Series 6 Oil Cooler provides the maximum cooling capacity in the smallest possible space, with minimal pressure drop.

Setrab Series 6 Oil Cooler, 16 Row, AN16 Ports
Setrab Series 6 Oil Cooler, 16 Row, AN16 Ports

The Setrab Series 6 Oil Cooler has a brazed aluminum construction providing the maximum cooling capacity in the smallest possible space with minimal pressure drop.