
Heat Exchanger Dual Fan Kit Fits 80275 Series Heat Exchangers
- Heat Exchanger Dual Fan Kit
- Fits 80275 Series Heat Exchangers
- Dual Electric Fans And Shroud
- Includes Harness & Relay
The ’03–’04 Cobra model uses a dual pass design. This design improves power by creating a denser (lower temp.) intake charge versus stock. Our double pass design, combined with total grill covering, will increase the cooling ability of the system to drop your inlet temperatures to near ambient while under boost. A 60-70 degree temperature drop is typical compared to the stock system. This is critical in controlling detonation in a supercharged application. AFCO Heat Exchangers are now available for serious street performance enthusiasts with supercharged applications. AFCO’s design incorporates the latest engineering and technology for enhanced coolant flow and improved thermal stabilization. AFCO Heat Exchangers are available as standard (high performance street) or pro series (drag race and extreme street). There is no drilling, cutting, or fabrication required. Detailed instructions included.
AFCO Cooling heat exchangers provide cooler intake air temperatures. Cooler intake air help create more power. Stock cooling systems for superchargers can fall short in delivering the proper cooling. AFCO Cooling heat exchangers help reduce stress and strain on the engine in performance applications. All units are constructed with quality and pressure tested. Each unit features furnace brazed cores with no epoxy and TIG-welded construction. AFCO Cooling heat exchangers can provide more consistent drag run times. The more efficient than stock design will cool the supercharger faster providing a more constant temperature.
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Features:
- Simple bolt in installation
- Direct fit, mounts in factory locations no drilling or cutting in required
- All mounting hardware and instructions included
- Core design features more air flow
- Increased power from the cooler intake charge
- Welded aluminum construction
- Helps eliminate heat buildup, reducing power loss
