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It looks like the air sensor is before the intercooler. Shouldn't it be after it in order to be effective? You would think the motor would get confused by hot air turning unexpectedly into warm air.
- 2000 Audi S4 Stg 2 (sold)
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- 1997 Civic Hatch (shaky but driveable)
- 2010 Sportster 1200 Forty Eight Ed. (vroom)
- 1991 318is S50B30 (TBA)
Haven't you guys ever seen the Mazda RX7 TurboII's?
The RX7's with the turbos have the intercooler almost identical to that one - right above the engine. And rotaries create even MORE heat than a normal engine does. These same RX7's also have hoodscoops that lead right into the intercooler.
I've talked to a few guys that hooked up sprayers too, to keep their intercoolers from heating up too much.
I don't think you guys are quite getting this. That's not just an intercooler set on top on the engine. Instead of the intercooler being mounted before the intake manifold, it's actually part of the intake manifold, making a more compact setup. How well it works is beyond me, but a clever idea to say the least.
it works just like a normal IC. air enters the back, get's cooled and then enters the head through the 4 runners.
The down side is poor air flow for the outside air trying to cool it (mounted above the head doesn't allow the air to flow freely through it cutting down on the cooling effect) and of course heat soak from the motor.
The plus side is no intercooler piping, less loss of boost due to length of pipe, quicker boost response and of course, lots of extra room in the engine compartment.
Of course this setup would only work if you have a hood scoop do direct the outside air in and downward.
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