Interchiller , worth the money?
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1. A larger heat capacity would be required from the AC system
2. To accomplish this, component size needs to be increased - larger compressor, condenser and tubing diameters would be needed in order to accomplish this most likely, but I would need to run the numbers.
3. More heat rejection from the condenser up front which downstream is the radiator and engine
4. Spinning an AC Compressor at high speeds for extended periods of time can be concerning from a durability standpoint
5. Increasing component size adds weight, system complexity, more components in the engine bay, and more potential leak paths and failure points.
1. A larger heat capacity would be required from the AC system
4. Spinning an AC Compressor at high speeds for extended periods of time can be concerning from a durability standpoint.
The AC compressor won't turn any faster than stock, The ecu will stop it before it reaches that point. The system is based on the concept that the vehicle will only see high rpms in shorter bursts and with everything insulated it will have enough reserve capacity stored to keep IATs cool during that period. You can also go with a larger reservoir to increase capacity if needed.
The AC compressor won't turn any faster than stock, The ecu will stop it before it reaches that point. The system is based on the concept that the vehicle will only see high rpms in shorter bursts and with everything insulated it will have enough reserve capacity stored to keep IATs cool during that period. You can also go with a larger reservoir to increase capacity if needed.
That seems to be the common issue. Of course you see the FI Interchiller's successes posted all over FB, but you don't see all the behind the scenes drama and issues that come with it.






