Larger Procharger IC for D1SC?
Pic of it:
<img src="http://www.procharger.com/3_intercoolers.jpg" alt=" - " />
top left model
Sheet Metal 3-Core
3" x 13" x 27"
supports 1000hp
I'm building a forged 6.0 setup with stage III 6.0 heads and hope to push 10-12lbs of boost.
The main reason that got me interested in this is GWP's stage 3 kit for the D1SC. Supposely this is a step up from the twin IC's and I'm sure they do it for a reason.
actual GWP stage 3 IC:
<img src="http://www.matt-sherman.net/tucker/Dec02_07.JPG" alt=" - " />
Stage 3 description:
http://www.goldenwestperformance.com/ls1_r6_c5.gif
The main problem I see with the twin IC's is all the tubing and Y's you have to run. If you think about, it's like trying to run boost through large area before the engine (not including the IC) which can't be good for boost. One look at the Y plenum sitting on top and you can easily see that.
Now, as far as sticking the IC in front of the radiator, no, thats not what I had intended. Look under the f-body crank pulley. There's TON's of room for a large IC but you would have to lay it horizontal just like the twin IC's. The 3" thick IC I tried actually tucks up higher than the stock air dam. The large IC would be cooled the same way the twin IC's are cooled, by using a large flexable air dam, which would hang slightly lower than the stock radiator dam. This way, the radiator would be getting plenty of air and nothing would have to be cut except the holes for the IC tubing.
I'd be installing the larger IC where the Y tube is. The hard part would be getting it connected to the D1SC but not impossible.
<img src="http://www.blackls1ta.com/images2/18.jpg" alt=" - " />
<strong> not to mention the fact that with the twiin high flows, you will have a lower intake air temp, since you are sparating the airflow, and cooling it more efficiently, since where ATI locates the, is a low pressure area, and they get the most air</strong></font><hr /></blockquote><font size="2" face="Verdana, Helvetica, sans-serif">I don't know if this is true. Separating the air flow is going to do nothing but create a larger pressure drop for the intercooler setup. Two smaller intercooler vs a properly sized larger intercooler are going to cool at the same efficiency.
The "best" way to run an intercooler (all other things aside) is to replace the A/C condenser with an intercooler.
I haven't heard of anybody having cooling problems on the LS1 with this type of intercooler arrangement.
If you are looking to make some serious power, the intercooler setup should be one of your primary concerns, and I think a front mounted intercooler is the best way to go.
Just my .02




