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Turbonetics Liquid to Air Intercooler Core up to 2200HP

Turbonetics Liquid to Air Intercooler Core up to 2200HP

From Spearco Spearco




This intercooler can scrub 400+ degrees intake air temp at 1500 CFM of airflow. Designed to withstand 100+ PSI sustained pressures with reinforced tanks, and optional V band attachments.

***Custom made to order****

Air to Liquid intercoolers offer compactness without sacrificing performance.

These units use an external water pump that circulates water through a separate heat exchanger and a separate reservoir. In street applications, air to liquid intercoolers prevent heat soak to the core during stop and go driving by circulating water through the core when the vehicle is not in motion.

Air/Liquid intercoolers operate by pumping cooled water through the cores either from a front-mounted radiator or heat exchanger or chilled water produced by circulating the liquid through a container filled with ice, as used in drag racing. Depending on the engine size and heat load, Turbonetics recommends a container that will hold a minimum of 12 pounds of ice.

If a front radiator is used, this should be as a large as possible since the temperature of the liquid entering the intercooler determines the cooling effectiveness. Turbonetics recommends a radiator as used on small automobiles with a minimum surface area of at least 260 sq. inches. Radiator technology is perferable rather than oil cooler technology as these are specifically designed to cool water/glycol.

When these intercoolers are used with chilled water, it is possible, in some cases, to get charge temperatures below ambient temperature, therefore remarkable increases in air density and power are possible.

In race applications where ice water is utilized, air to liquid offers performance beyond air to air units.


Performance rate calculated with 30 psi boost, 400 ° inlet temperature and 100 ° or 45 ° cooling liquid. When used at lower boost levels, temperature reduction will be less. 
Part No. Cooling Liquid °F CFM Temp Out °F Pressure Drop
2-261 45 1400 81 0.18
45 2200 111 0.37
45 3000 161 0.7
110 1400 137 0.18
110 2200 161 0.37
110 3000 182 0.7


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