Setrab STD Oil Coolers - AN16 Male
The Setrab STD-AN Oil Cooler is the same high-performance radiator used in the ProLine Cooler series with an integrated male AN-16 inlet/outlet.
Primarily used for industrial and application specific replacements, our STD-AN coolers maintain the same footprints and internal flow characteristics as their ProLine siblings.
Specifications
Connections: AN16 Male
Max connection tightening torque: 58-70 ft/lbs*
*(use back-up wrench on hex below AN Male during fitting installation)
Material: Aluminum
Color: Black
Working Pressure: 0-10 Bar
Max Pressure: 12 Bar (1x104 pulsations)
Burst Pressure: 37 Bar
Working Temp: -40 to 150 °C (Temperatures above 120 °C pressure
pulsations has to be evaluated)
Inner Cleanliness: ISO 4406 16/14 (alternative available upon request)
General Dimensional Tolerance: ISO 2768-v
Fluid Compatibility: Oil; water containing min. 40% glycol or corrosion
inhibitors.
Notes
Setrab STD AN oil coolers are to be mounted securely and isolated from vibration and flex. We recommend and offer mounting bracket kits for this reason, though custom brackets and mounting solutions may be used so long as the previously noted conditions are met.
The size of a cooler is dependent on system requirements. If you are unsure what size cooler you may need. Please use our contact page for a system consultation. Mounting and placement of the cooler are essential to its success. Size of lines is dependent on the cooling application: transmissions usually use -06 or -08, engine oil coolers commonly use -10 or -12 but could use size -06 to -16 depending on oil flow.
Fitment
Universal - Non-Specific.
Setrab STD AN oil coolers are used across the world in automotive and industrial applications. If you are looking for a direct replacement, please refer to the Part Number label between the female ports on the top plate of the cooler.
The determined size of an oil cooler is dependent on the heat rejection requirements for a system. If you need assistance with the selection of a size, please use our contact page for a consultation.
Please refer to the Oil Cooler Page for recommended coolers and information on flow and heat rejection expectations as it may apply to your system.
