Ice to air kits
The air has to pass by a surface that is a differnet tempature then it is for a change to occur, in the case of an intercooler, the incoming air charge is heated by being compressed, the purpose of the intercooler, air to water, or air to air is to reduce the intake charge tempature for the sake of makign more power, having less detonation, etc.etc. The more surface it crosses over that is a differnet tempature ( cooler in this sense ) the more of an effect it will have. BUt, this also creates drag to the incoming air, which is why all intercoolers cause a loss of boost, how much is decided by the design, size and whatnot. If the incoming air only crosses by X amount of surface taht is x amount of degrees differnet it will only cool so much. the only way to increase the cooling effect, is to either increase the area of surface the charge passes over, or to increase the tempature differnence of the surface and the intake charge. Meaning, if yout IAT with whatever turbo/blower is say 100 degrees, the only way to decrease that temp. is to either put the intake charge thru a larger cooler taht can remove more heat, as the intake charge is in contact with it for a longer period of time, or decrease the tempature of the surface it is coming in contact with.
As for what type of surface is used, it's an alum core that has the cold water pumped thru it, much like a radiator as far as I know.
Hope this helps
under pressure -- yah, you just made me think of some of the serious snap-freeze protocols we use in the lab: dry ice in an alcohol bath...
Here's a picture of my A2W intercooler:
David
thanks Chris.
At the world street nationals myself and caveman talked to the hardcore guys (7 sec lsx based car) they achieve 65 degree IAT temps.
The Wolf Mustang that regularly dips into the 7's on drag radials runs A2W.
You simply cannot beat the heat transfer of a A2W system.
With as hot as it is now, i'm glad I have an a2w aftercooler otherwise i'm sure i'd be detonating.
Caveman runs an additional ice tank, its basically like a fuel cell, sits where his batt used to be. Works good.
when I upgrade blower i'm going to see if Vortech has engineered a larger aftercooler rated for higher cfm capacity.
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thanks Chris.
Ice lasting time depends on a ton of stuff like how much ice it can hold and if you are returning the hot water to the ice tank etc.
I go through about 3 gallons of ice water per 1/4 pass... most of the time i don't bother adding the ice unless its friggen' hot outside.
Just trying to understand. Nice setup by the way.
Jim
Last edited by DeltaT; Jun 16, 2006 at 02:29 PM.
Just trying to understand. Nice setup by the way.
Jim
For amount of ice used. 15lbs per 1/4 run. We use a fuel cell also.
David
Here's a picture of my A2W intercooler:
David
i'll be getting one of those too
Just trying to understand. Nice setup by the way.
Jim
The cores are made by Honeywell, half the size of the old cores and better efficiency. Just what ive read.
I would use about 15-20lbs of ice per round, with a 10 gallon tank and igloo.
Jim
David
i know F! teams running REALLY high fuel line presures do run them. guess it just helps stop them going lean. well you need everything you can get when your spinning you motor to over 20K rpm! lol
just wondered if it would cool the intake any????
Chris
Every little bit helps.






