So I decided to install a fuel cooler on my 3.4L. I figured that with the tank mounted above the muffler and the fact the the unused fuel travelling through the fuel rail, heating up and returning to the tank, would make for some relatively high fuel temps. Not hot enough to ignite, of course, but if it was cooled before entering the engine, more power will be produced.
I used a Perma-cool fuel cooler and Russel, Earl's and Aeroquip -AN fittings along with stainless steel reinforced hose and aluminum tubing to complete the plumbing.
Since I have removed my AC condensor, my options for a mounting position were very open. I decided to put it on the lower driver's side of the radiator where a lot of air could hit it.
From there, I used aluminum tubing and a tubing bender to do some custom plumbing. The aluminum piping connects to stainless steel braided -6AN lines. I chose to use these flexible lines in order to reduce any flex on aluminum piping during engine movement while under acceleration.
From the stainless hose, the lines are connected to the stock, nylon, black fuel sending line that comes out of the driver's side fender well.
After I had all of the correct fittings, installation was very simple. Also, since -AN fittings were used, the plumbing looks awesome and doesn't have teflon tape all over it.
Gains from this mod are about where I expected them to be. I started the car this afternoon, drove it around for a couple of minutes and then stopped and let the oil temp get to around 240 degrees and the water temp get to around 210 degrees. At this point, the engine usually feels more sluggish than when it is running at normal temps (160 water, 180-200 oil temps). I put the car under hard acceleration and could tell a nice difference in throttle response and it seemed to climb through the power band faster. The engine cooled faster also and at normal operating temps, I had the same results, faster acceleration and better throttle response.
I have not had this on a dyno or taken it to the track so I can't give numerical times, but from my honest opinion, it feels somewhat better than before the mod.
Fuel cooler lines - pic 1
Fuel cooler lines - pic 2
I used a Perma-cool fuel cooler and Russel, Earl's and Aeroquip -AN fittings along with stainless steel reinforced hose and aluminum tubing to complete the plumbing.
Since I have removed my AC condensor, my options for a mounting position were very open. I decided to put it on the lower driver's side of the radiator where a lot of air could hit it.
From there, I used aluminum tubing and a tubing bender to do some custom plumbing. The aluminum piping connects to stainless steel braided -6AN lines. I chose to use these flexible lines in order to reduce any flex on aluminum piping during engine movement while under acceleration.
From the stainless hose, the lines are connected to the stock, nylon, black fuel sending line that comes out of the driver's side fender well.
After I had all of the correct fittings, installation was very simple. Also, since -AN fittings were used, the plumbing looks awesome and doesn't have teflon tape all over it.
Gains from this mod are about where I expected them to be. I started the car this afternoon, drove it around for a couple of minutes and then stopped and let the oil temp get to around 240 degrees and the water temp get to around 210 degrees. At this point, the engine usually feels more sluggish than when it is running at normal temps (160 water, 180-200 oil temps). I put the car under hard acceleration and could tell a nice difference in throttle response and it seemed to climb through the power band faster. The engine cooled faster also and at normal operating temps, I had the same results, faster acceleration and better throttle response.
I have not had this on a dyno or taken it to the track so I can't give numerical times, but from my honest opinion, it feels somewhat better than before the mod.
Fuel cooler lines - pic 1
Fuel cooler lines - pic 2
Comment