Intercooler selection
#16
Three Wheelin'
Join Date: Sep 2005
Location: Tulsa Oklahoma
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Didn't someone take it upon themselves to modify their own intercooler before? I could swear the posrted pictures of the new end-tank mods they did.
What I want to do is convert to A2W with the potential to add ice in a water reservior. Would be good for short drag runs if you wanted, or for a short sprint on the first couple laps of a road-track run.
What I want to do is convert to A2W with the potential to add ice in a water reservior. Would be good for short drag runs if you wanted, or for a short sprint on the first couple laps of a road-track run.
#17
#18
Hey Jon,
From what I've heard, the SFR FMIC is not that difficult to install. Check with Tom M'Guinn, as he just installed one on his 3L.
Also SFR will do an endtank mod to your current intercooler (or core) for $150.
I wouldn't go with the endtank mod or LR intercoolers only because I don't want to hack off the intercooler mount to make them fit. Tom said that during his SFR FMIC install, he had to grind a little on the bumper support and grind a little from the intercooler mounts but everything remaind intact in case he wanted to revert back to the stock set-up.
From what I've heard, the SFR FMIC is not that difficult to install. Check with Tom M'Guinn, as he just installed one on his 3L.
Also SFR will do an endtank mod to your current intercooler (or core) for $150.
I wouldn't go with the endtank mod or LR intercoolers only because I don't want to hack off the intercooler mount to make them fit. Tom said that during his SFR FMIC install, he had to grind a little on the bumper support and grind a little from the intercooler mounts but everything remaind intact in case he wanted to revert back to the stock set-up.
#19
Nordschleife Master
Thread Starter
I've been saying i want the ability to go back to stock when i first started modding but the car has come so far and I ended up selling the stock stuff taking up space.. Not even worth saying that anymore.
I guess what I'm wondering is if the end tank mod is enough or only adequete. If I'm doing something i usually end up splurging to get the best.
I guess what I'm wondering is if the end tank mod is enough or only adequete. If I'm doing something i usually end up splurging to get the best.
#20
Rennlist Member
I'll take some pictures for you this weekend, assuming I can get a few minutes in the garage. Once it's installed, there's not much to take pictures of unless you remove the header panel. Happy to answer questions too, since I just installed the SFR unit.
#21
Rainman
Rennlist Member
Rennlist Member
Didn't someone take it upon themselves to modify their own intercooler before? I could swear the posrted pictures of the new end-tank mods they did.
What I want to do is convert to A2W with the potential to add ice in a water reservior. Would be good for short drag runs if you wanted, or for a short sprint on the first couple laps of a road-track run.
What I want to do is convert to A2W with the potential to add ice in a water reservior. Would be good for short drag runs if you wanted, or for a short sprint on the first couple laps of a road-track run.
#22
Rennlist Member
Join Date: May 2005
Location: Buffalo, NY
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I fabbed my own intercooler with a precision core and I ordered some aluminum from onlinemetals to fab up end tanks. Cost me about 400 including paying someone to weld it for me
#24
I have a friend with an Esprit and they use AWIC. One of the guys who runs very fast around a road race course uses a AWIC. I am not seeing why an AWIC is bad for road racing?
The Esprit has a setup where the AWIC is basically the manifold and the water runs up to the front through a raditor (or two?) and is cooled that way. Either way you at some point have to exchange the heat in the intake into heat in the airflow part on the car. I dont see how it matters if the heat is exchanged through an Air/Air heat exchanged or an Air/water and the water/air. This is exactly how a radiator works.
The added benefit is that you get cooling at low speeds and not just at high speeds.
-Dana
The Esprit has a setup where the AWIC is basically the manifold and the water runs up to the front through a raditor (or two?) and is cooled that way. Either way you at some point have to exchange the heat in the intake into heat in the airflow part on the car. I dont see how it matters if the heat is exchanged through an Air/Air heat exchanged or an Air/water and the water/air. This is exactly how a radiator works.
The added benefit is that you get cooling at low speeds and not just at high speeds.
-Dana
#26
Three Wheelin'
Join Date: Sep 2005
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Group buy? Estimated price?
My idea for the A2W design revolves around two heat exchangers that dissipate heat from the water, which should help with heat extraction and soaking issues. Basically, a heat exchanger after the the intercooler, then a reservoir, then another heat exchanger before the intercooler.
Water in the reservoir heads into the system, going first to a heat exchanger where it drops heat accumulated from the reservoir tank. Then exiting the first HE, enters the A2W intercooler, where it pics heat off the charge air. After this, the water flows from the intercooler to a second heat exchanger, where it drops temperature before returning to the reservoir.
Remember, without a storage tank, or reservoir there is less overall capacity. Thus the water doesn't release the heat absorbed as well (constantly being cycled through the intercooler). When a storage tank etc. is introduced, capacity is increased, which allows the system to stay cooler overall.
My idea for the A2W design revolves around two heat exchangers that dissipate heat from the water, which should help with heat extraction and soaking issues. Basically, a heat exchanger after the the intercooler, then a reservoir, then another heat exchanger before the intercooler.
Water in the reservoir heads into the system, going first to a heat exchanger where it drops heat accumulated from the reservoir tank. Then exiting the first HE, enters the A2W intercooler, where it pics heat off the charge air. After this, the water flows from the intercooler to a second heat exchanger, where it drops temperature before returning to the reservoir.
Remember, without a storage tank, or reservoir there is less overall capacity. Thus the water doesn't release the heat absorbed as well (constantly being cycled through the intercooler). When a storage tank etc. is introduced, capacity is increased, which allows the system to stay cooler overall.
#27
#28
I will contact a mod and see how to proceed.We sponser other boards through internet brands but this board is quite different the the "other" ones. LOL! But off the top of my head, I was thinkng $750 for the package.
#29
Nordschleife Master
#30
Group buy? Estimated price?
My idea for the A2W design revolves around two heat exchangers that dissipate heat from the water, which should help with heat extraction and soaking issues. Basically, a heat exchanger after the the intercooler, then a reservoir, then another heat exchanger before the intercooler.
Water in the reservoir heads into the system, going first to a heat exchanger where it drops heat accumulated from the reservoir tank. Then exiting the first HE, enters the A2W intercooler, where it pics heat off the charge air. After this, the water flows from the intercooler to a second heat exchanger, where it drops temperature before returning to the reservoir.
Remember, without a storage tank, or reservoir there is less overall capacity. Thus the water doesn't release the heat absorbed as well (constantly being cycled through the intercooler). When a storage tank etc. is introduced, capacity is increased, which allows the system to stay cooler overall.
My idea for the A2W design revolves around two heat exchangers that dissipate heat from the water, which should help with heat extraction and soaking issues. Basically, a heat exchanger after the the intercooler, then a reservoir, then another heat exchanger before the intercooler.
Water in the reservoir heads into the system, going first to a heat exchanger where it drops heat accumulated from the reservoir tank. Then exiting the first HE, enters the A2W intercooler, where it pics heat off the charge air. After this, the water flows from the intercooler to a second heat exchanger, where it drops temperature before returning to the reservoir.
Remember, without a storage tank, or reservoir there is less overall capacity. Thus the water doesn't release the heat absorbed as well (constantly being cycled through the intercooler). When a storage tank etc. is introduced, capacity is increased, which allows the system to stay cooler overall.
-Dana