A2W Setups Lets see some pics!
#102
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Finally got a couple of my set up. It is a 90* angle in/out from Frozen boost and seems to be handling things awesome thus far. As you can see in the picture I kind of have it angled in the fender. The inlet is on the bottom pointed at the ground. I have the turbo pointed down with it's 90* Vband fitting pointed towards the intercooler then a 90* silicone hose going up into the intercooler. The rest is pretty visible.
#105
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It is a little longer than the photo makes it look. But from turbo to intercooler is maybe 12 inches total. Intercooler to intake maybe 18-24 inches.
Looks like 16x12ish. Here is the exact intercooler:
http://www.frozenboost.com/air_water...41008a8f7a7b0b
Looks like 16x12ish. Here is the exact intercooler:
http://www.frozenboost.com/air_water...41008a8f7a7b0b
#106
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It is a little longer than the photo makes it look. But from turbo to intercooler is maybe 12 inches total. Intercooler to intake maybe 18-24 inches.
Looks like 16x12ish. Here is the exact intercooler:
http://www.frozenboost.com/air_water...41008a8f7a7b0b
Looks like 16x12ish. Here is the exact intercooler:
http://www.frozenboost.com/air_water...41008a8f7a7b0b
#108
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I don't think you can really go too large with an intercooler (within reason). Fit the largest core you can. Run the largest water pump you can. Run the largest water lines you can. Just remember that most pumps die off quick with pressure. So if you run larger lines with a larger core, you will have less pressure for the pump to overcome. The less pressure, the more flow and the better cooling you will get. I went with a Rule 2000 pump, 1" ID water lines and the above intercooler. I only see increases of about 10* even on 20 psi. It is working very well for an ebay priced intercooler.
#110
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No worries. I have used the Frozen boost stuff on a couple different builds now and never been upset. They are decent. The water tanks kind of suck and without modification you will not be able to use a Rule pump inside of them. The fittings leak and are generally not worth a ****. The intercooler and heat exchanger have been perfect though.
#112
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I don't think you can really go too large with an intercooler (within reason). Fit the largest core you can. Run the largest water pump you can. Run the largest water lines you can. Just remember that most pumps die off quick with pressure. So if you run larger lines with a larger core, you will have less pressure for the pump to overcome. The less pressure, the more flow and the better cooling you will get. I went with a Rule 2000 pump, 1" ID water lines and the above intercooler. I only see increases of about 10* even on 20 psi. It is working very well for an ebay priced intercooler.
http://www.frozenboost.com/air_water...ers-p-212.html
#114
I want to see if i can fit one of these in the fuse box area in an fbody but i think that ill need to modify the frame rail.
http://www.frozenboost.com/air_water...ers-p-212.html
http://www.frozenboost.com/air_water...ers-p-212.html
Been drooling over this water tank...just have not pulled the trigger yet as mine has been modified and is now working:
RRC 5 Gallon Water to Air Intercooler Aluminum Tank Ice Box 1" NPT | eBay
RRC 5 Gallon Water to Air Intercooler Aluminum Tank Ice Box 1" NPT | eBay
#117
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Can someone help me out with where I can find some information about A2W vs A2A? Seems like this setup is geared more to race cars, not really street cars. Really don't know the differences between the two.
#118
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That is just an often propagated myth that really has very little factual basis. I have put A2W on a number of street cars and never been disappointed. If you do it right they work great and that does not mean spending a ton of cash. My buddy had many more problems with couplers and such on his a2a set up than after he switched to a2w. He mad good gains in hp and throttle response, shortened his piping up tremendously and has not had a single issue in 2 years.
What I did with the thought of having a good street set up is run a smallish heat exchanger and a water tank. Some guys get good results just using a tank and no heat exchanger (kind of like a radiator for the a2w set up to help shed heat) but for me I like to add an exchanger to the mix. So components would be intercooler, heat exchanger, pump and tubing. That's pretty much it. I ran mine where the water from the tank is pumped out of the tank by the in tank Rule 2000 pump into the intercooler. Then it goes from there to the heat exchanger and back to the tank. That way if I add ice, that ice water goes straight to the intercooler first. But I have yet to use ice and always have super low temps even in traffic.
What I did with the thought of having a good street set up is run a smallish heat exchanger and a water tank. Some guys get good results just using a tank and no heat exchanger (kind of like a radiator for the a2w set up to help shed heat) but for me I like to add an exchanger to the mix. So components would be intercooler, heat exchanger, pump and tubing. That's pretty much it. I ran mine where the water from the tank is pumped out of the tank by the in tank Rule 2000 pump into the intercooler. Then it goes from there to the heat exchanger and back to the tank. That way if I add ice, that ice water goes straight to the intercooler first. But I have yet to use ice and always have super low temps even in traffic.