jejeosborne
Veteran Member
VW has exactly the same problem with their Air-Air coolers. ( Jetta's and Golfs ) Our Passat has Water-Air >> No problems.
Is that a diesel? Where is the IC located?
VW has exactly the same problem with their Air-Air coolers. ( Jetta's and Golfs ) Our Passat has Water-Air >> No problems.
Is that a diesel? Where is the IC located?
Ok now you Ford guys are really reaching!!! Smallest Eco Boost engine yet!
Why do you believe an air to water intercooler would correct condensation issues? I would think that anytime you drop the temperature of charge air, water would condense. The charge air is still gets transferring its heat to cooler metal in each of the two types. I agree air to water heat exchangers are better in preventing heat soak though.
Air to water intercoolers don't have the pressure drop that air to air intercoolers use to cool the intake charge. No pressure drop, no water condenses out. However, the issue, as the link points out is dumping the heat put into the water requiring yet another radiator.
Water to Air Vs Air to Air Intercooler | intercooler air water FMIC
I'm not a turbo designer, but I'm pretty sure normal intercooler 'cooled' air is still warmer than ambient air, after 'cooling'. That is unless you have some artificial cooling means such as ice, dry ice, etc...