Air to Air intercooling
not sure if it would help or not, two reasons i say this,
one, air to water more efficient.
two, you will be creating a harder path for the air to travel, thus possibly hurting air flow from the supercharger to the motor.
also on a dyno it might not show all the gains cause air will not be flowing across the heat exchanger with the truck just sitting there.
might be a tubing nightmare also, on a vortech type setup, that is mounted where the accessories are, the intercooler is where the boosted air is, with your setup u can only cool the ambient air before the blower and that wont help performance to cool..
just my thoughts, only real way is to try though..
jim
one, air to water more efficient.
two, you will be creating a harder path for the air to travel, thus possibly hurting air flow from the supercharger to the motor.
also on a dyno it might not show all the gains cause air will not be flowing across the heat exchanger with the truck just sitting there.
might be a tubing nightmare also, on a vortech type setup, that is mounted where the accessories are, the intercooler is where the boosted air is, with your setup u can only cool the ambient air before the blower and that wont help performance to cool..
just my thoughts, only real way is to try though..
jim
thats what I thought. didnt know if there is any performance gain or not. I would think if you add more boost, like maybe a 6 or 10 lb lower pully it might be somthing to consider. Just wondering if anyone on this board has ever messed with that setup.
I spoke with some of my Turbo Buick friends, and they had mixed reactions about air-to-air intercooling on low boost level applications. Funny thing is, that ALL of them that run high boost pressures (20-25+ lbs) have air to air rigs. Most of them are from Kenne Bell. The ATI procharger uses an air to air set up, too.
It would be interesting to see a comparison.
It would be interesting to see a comparison.
From what I have seen / heard the factory liquid / air unit is pretty good. It can be improved for track use by supercooling the liquid with ice or could simply be improved upon by adding a larger front mounted heat exchanger (radiator) and fan. The problem with running a front mont with the L's blower configuration would be lag from the extra tubing involved which would reduce the Eaton's effectiveness as a blower in my opinon.
One alternative would be to run a large Vortech / Paxton / Procharger / ect with a large front mount intercooler and really make some power. This was done back in 99 on a new L and the truck woke up quite a bit, unfortunetly the trucks owner wouldn't go for the high stall speed convertor needed to make up for the loss of the Eaton's awesome lowend punch. At this level a built bottom end, high stall torque convertor, and custom intake would be required but you would be flying and what the heck you might as well slap a turbo on in place of the blower and really have some fun.
One alternative would be to run a large Vortech / Paxton / Procharger / ect with a large front mount intercooler and really make some power. This was done back in 99 on a new L and the truck woke up quite a bit, unfortunetly the trucks owner wouldn't go for the high stall speed convertor needed to make up for the loss of the Eaton's awesome lowend punch. At this level a built bottom end, high stall torque convertor, and custom intake would be required but you would be flying and what the heck you might as well slap a turbo on in place of the blower and really have some fun.


