Headed to the track tonight......

[TrueStreetMotorSports.com]

Originally Posted by Doug1227 Clint, what's your take on A/A vs. A/W as they come from the supercharger vendors? As they come in the kits?

They both have there plus and minus, But Im a big fan of the Air to air of the prochargers, IAT are at ambient when driving anything over 25-30mph (no boost)

The air to water tend to run a little warmer but not much with water taking more time to remove heat once hot. Both systems are great in the own right.

the only reason for my earlier post was for testing we have done. I was not posting a Kenne Bell vs Procharger thread. Just how in extreme heat the air to air preforms poorly when run at the track, driving through staging lanes, waiting, staging, burnout, ect. No air flow during this time means no cooling equals high IAT's.

Think of it this way, The blower is like a hair dryer. They blow HOT HOT air, you take a aluminum box and stick the hair dryer in it your temps are going to rise. Basically with a air to air this is what is happening when no air flow is present.

So with a air to water intercooler. lets say we have water running in front of the hair drier before the air can get into the box. The water is going to prolong the heat for a short while. the water will also continue to rise but at a slower rate. it will also cool at a slower rate once airflow is present. Both will be hottest by the end of the race.

Here is a air to air without air being present



Here is a air to water, just going to take more time to heat up the water

[JDMLOL]

Originally Posted by TrueStreetMotorSports.com They both have there plus and minus, But Im a big fan of the Air to air of the prochargers, IAT are at ambient when driving anything over 25-30mph (no boost) The air to water tend to run a little warmer but not much with water taking more time to remove heat once hot. Both systems are great in the own right. the only reason for my earlier post was for testing we have done. I was not posting a Kenne Bell vs Procharger thread. Just how in extreme heat the air to air preforms poorly when run at the track, driving through staging lanes, waiting, staging, burnout, ect. No air flow during this time means no cooling equals high IAT's. Think of it this way, The blower is like a hair dryer. They blow HOT HOT air, you take a aluminum box and stick the hair dryer in it your temps are going to rise. Basically with a air to air this is what is happening when no air flow is present. So with a air to water intercooler. lets say we have water running in front of the hair drier before the air can get into the box. The water is going to prolong the heat for a short while. the water will also continue to rise but at a slower rate. it will also cool at a slower rate once airflow is present. Both will be hottest by the end of the race...

Great analogy. This may be a stupid question or idea. Do they make air to air with e-fans to move air through them while you're parked, doing burnouts, etc..

[TrueStreetMotorSports.com]

Originally Posted by JDMLOL Great analogy. This may be a stupid question or idea. Do they make air to air with e-fans to move air through them while you're parked, doing burnouts, etc..

this is a great idea and does work well. But the down side to having fans there is they move air effectively up to 35-45mph, after that they are a restriction and in the way of faster speeds. If the car was going to be a track car this would help on both air to air and air to water.

this also helps a ton!!!