Who here has a Water to Air intercooler setup?
#8
2 Props,3 Dildos,& 1 Cat
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2. more weight at the front of the car where it shouldn't be. Again, two heat exchangers full of heavy, sloshy water.
3. effectiveness is limited unless you add complicated controls for the pump based on AIT that can account for heat soak and limited water capacity.
4. "Hell" is effective at heating things from what I've heard.
#9
Retired Mech Design Engr
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As you can see. You end up with (2) air to water exchanges. All in the name of not having (2) easy-to-route charge pipes.
Drivers for a water system:
a) When you cannot use a FMIC or other easy-to-position air to air IC on the vehicle. Not the case with Miata.
b) Roots or twin scoll S/C's that deliver right into the intake.
Drivers for a water system:
a) When you cannot use a FMIC or other easy-to-position air to air IC on the vehicle. Not the case with Miata.
b) Roots or twin scoll S/C's that deliver right into the intake.
#11
Not really I can cut 1/4 the of radiator in half and do two heat exchangers in one. Use a high speed fan kit and be done with it.
With regard to the Stillen intercooler design it looks like I can remove my A/A intercooler pipes, intercooler and corresponding bracket, save weight and run a very short pipe to the turbo. All I have to do is put is my mind and soul into building a custom intake manifold with integrated intercooler.
With regard to the Stillen intercooler design it looks like I can remove my A/A intercooler pipes, intercooler and corresponding bracket, save weight and run a very short pipe to the turbo. All I have to do is put is my mind and soul into building a custom intake manifold with integrated intercooler.
#13
Not really I can cut 1/4 the of radiator in half and do two heat exchangers in one. Use a high speed fan kit and be done with it.
With regard to the Stillen intercooler design it looks like I can remove my A/A intercooler pipes, intercooler and corresponding bracket, save weight and run a very short pipe to the turbo. All I have to do is put is my mind and soul into building a custom intake manifold with integrated intercooler.
With regard to the Stillen intercooler design it looks like I can remove my A/A intercooler pipes, intercooler and corresponding bracket, save weight and run a very short pipe to the turbo. All I have to do is put is my mind and soul into building a custom intake manifold with integrated intercooler.
Words fail me.
#15
Either way the issue that disturbs me the most is that I don't understand how so so many people run superchargers with Air/Water intercooler set ups and don't complaint about overheating.
#17
What I see is a bunch negative people telling what I can and I can not do. I asked for pictures just to see what has been done.
Either way the issue that disturbs me the most is that I don't understand how so so many people run superchargers with Air/Water intercooler set ups and don't complaint about overheating.
Either way the issue that disturbs me the most is that I don't understand how so so many people run superchargers with Air/Water intercooler set ups and don't complaint about overheating.
Overheating what, exactly?
And what we're doing is drawing centuries of collective experience and telling that what you're talking about doing is a bad idea. Just because YOUR idea sucks doesn't mean that we're negative. It just means your idea sucks. If you want to try it anyways, go right on ahead.
#18
2 Props,3 Dildos,& 1 Cat
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I broke the internet and deleted all my pictures of my setup. OH WAIT **** I DIDN'T, YOU'RE IN LUCK!
Either way the issue that disturbs me the most is that I don't understand how so so many people run superchargers with Air/Water intercooler set ups and don't complaint about overheating.[/QUOTE]
Maybe they don't run them on miatas. Of course many people with superchargers on a Miata are known for not giving a hoot about air intake temps. Many. Not all. Some people use centrifugal supers and don't *need* air-water intercoolers.
Either way the issue that disturbs me the most is that I don't understand how so so many people run superchargers with Air/Water intercooler set ups and don't complaint about overheating.[/QUOTE]
Maybe they don't run them on miatas. Of course many people with superchargers on a Miata are known for not giving a hoot about air intake temps. Many. Not all. Some people use centrifugal supers and don't *need* air-water intercoolers.
#20
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The only real justification for an air to water setup in my opinion is in a dedicated high boost drag racing machine... or just to be different on a daily driver. From everything I have researched they are not suitable for a track car and could be marginal on an autocross car.
If you are doing it "just to be different" go right ahead... but remember that the kids who were "different" got picked on in school and it is the same here.
Keith
If you are doing it "just to be different" go right ahead... but remember that the kids who were "different" got picked on in school and it is the same here.
Keith