Quote:
Originally Posted by z350boy
I was thinking about ways to improve my F/I set-up and have an idea I would like to share and ask for you opinions & input.
Do you think a custom made intercooler could be designed to incorporate one or more of the following: oil cooler /cryo /meth
I was thinking of soldered tubing that travels either thru or around the intercooler that would carry each type of fluid separately. My thinking is that such a design would save space and make maximum use of the intercoolers charged air.
Any feedback??
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I hope you don't mind my input on this but I have a few thoughts on this.
Incorporating some sort of cryo/meth system in the intercooler is very simple and has been done for years. You can simply mount a spray bar and mount it in front of the intercooler. This will chill the intercooler right before you make your run but it won't last very long. A lot of people mount their NOS purge nozzles in front of their intercoolers to get the same effect.
In regards to mounting the oil cooler into the intercooler, I would stay away from trying to do this for a few reasons.
1) As the gentleman above me posted you would be running completely different temperatures in each system. The oil is going to overheat the intercooler and greatly reduce the performance of the intercooler. I think your idea is good and I understand your desire to try something different to improve cooling and airflow to to your coolers in a confined space. Unfortunately I don't think it would be the ideal setup.
2) The charged air coming out of the intercooler crossing over the oil cooler would create some pretty high temperatures. On the flip side the heat being put out by the oil cooler would reduce the performance of the intercooler.
Most modern cars are designed with a cooling system that at some point crosses through or near the engine oiling system as well. This design is supposed to help the both fluids reach and maintain operating temperatures more quickly. It works very well for street purposes but when being pushed hard on the track it can cause issues with overheating. Take for example the Ford GT supercar. It is an incredible car that can run over 200 miles per hour stock and can do 0-60 in nearly 3.0 seconds. But, if you take it to the race track, it will start overheating in about five laps. That car has two issues. 1) limited airflow to the coolers and too many coolers in the front end. 2) it has this same oil/coolant sharing system.