!!cooling!!
!!cooling!!
I drag race atvs. They tend to get a little hot when making back to back passes. So we come up with a cooling solution that might be helpful on ss/sc at the track.
We take a cooler and put copper coil inside of it. Then we fill the cooler with ice. have a pump that is hooked up in series. we have quick disconnect fittings on our radiator hoses.
After a pass we just hook up the cool box and the motor is instantly cool. So why wouldnt this work with the supercharger cooling system.
please post comments.
thanks.
We take a cooler and put copper coil inside of it. Then we fill the cooler with ice. have a pump that is hooked up in series. we have quick disconnect fittings on our radiator hoses.
After a pass we just hook up the cool box and the motor is instantly cool. So why wouldnt this work with the supercharger cooling system.
please post comments.
thanks.
I was wondering were you would have to hook it up at.
This is just a thought.
It really does help our quads out alot!!
check out my our website to see some of the atvs we build.
Lindonracingchassis.com
This is just a thought.
It really does help our quads out alot!!
check out my our website to see some of the atvs we build.
Lindonracingchassis.com
Last edited by SPRCHRD2007; Aug 12, 2008 at 12:42 AM. Reason: Automerged Doublepost
I've heard of some guys doing this actually.. This type of set up would be pretty nice to have on those days where its soo damn hot at the track. I usually just avoid going because I know I'm gonna have heat problems.
Do you have any pics of this setup for your atv's?
Do you have any pics of this setup for your atv's?
I would be worried about introducing air into the coolant... but if you already had coolant in the coils, there shouldn't be too much air introduced into the system when you connect it... hmmm.. there may be a lot of pressure as well... but i dunno...
sounds like there would be possibilities of getting air bubbles in the system with the disconnecting and reconnecting into another system. Is that other part already filled with coolant inside? how would you keep it from leaking out and introducing air bubbles?
damn you already got to it
damn you already got to it
Last edited by LopsidedJester; Aug 12, 2008 at 10:27 AM. Reason: Automerged Doublepost
I know PatathSS ran a mini- version (Ice Box) of this in his car a few seasons back.
Basically he had a sheet metal canister, with a coil of copper tubing running through it. Hooked up inline with his system. Inbetween runs he loaded the box up with ice. The line running back to his intercooler was pretty chilly. This used with the fan/IC pump bypass switch kept his beast running cool all day at the track
Basically he had a sheet metal canister, with a coil of copper tubing running through it. Hooked up inline with his system. Inbetween runs he loaded the box up with ice. The line running back to his intercooler was pretty chilly. This used with the fan/IC pump bypass switch kept his beast running cool all day at the track
But as far as running an external cooler like this, as others have said, would be really only practical for those of us with aftermarket HE's in the bumper, otherwise there isn't any where convenient to access the coolant lines. And it would be next to impossible to do without getting air in the system.
But for those of us with Option B, a little air isn't a huge deal, as it will bleed out, but I don't want to be bleeding air out on the 1/4mi
i believe bwoody makes something like this, its a icebox like mentioned above. you are just basically making a massive one, that isnt in the car.
actually bwoody only has it for the redlines :P but im sure it would work
actually bwoody only has it for the redlines :P but im sure it would work
I think it would be awesome if somehow there was a bypass valve which you could switch on and off that would just divert through a system like that in the car and then you could switch it back and forth for when you run out of ice or just fill it up, then it would be totally sealed and would keep coolant inside and wouldn't have to be bled after being switched.
The only reason i wouldn't want one hard wired to the system is due to the conducting nature of the copper coils, nobody wants that engine heat permeating into the intercooler system after you run out of ice. If you could bypass it once you're done that would be awesome, but i don't know of anyone who makes valves like that.
The only reason i wouldn't want one hard wired to the system is due to the conducting nature of the copper coils, nobody wants that engine heat permeating into the intercooler system after you run out of ice. If you could bypass it once you're done that would be awesome, but i don't know of anyone who makes valves like that.
I drag race atvs. They tend to get a little hot when making back to back passes. So we come up with a cooling solution that might be helpful on ss/sc at the track.
We take a cooler and put copper coil inside of it. Then we fill the cooler with ice. have a pump that is hooked up in series. we have quick disconnect fittings on our radiator hoses.
After a pass we just hook up the cool box and the motor is instantly cool. So why wouldnt this work with the supercharger cooling system.
please post comments.
thanks.
We take a cooler and put copper coil inside of it. Then we fill the cooler with ice. have a pump that is hooked up in series. we have quick disconnect fittings on our radiator hoses.
After a pass we just hook up the cool box and the motor is instantly cool. So why wouldnt this work with the supercharger cooling system.
please post comments.
thanks.
1) The one Bwoody (and others) make is an Ice Box that goes under the hood, permanently in the system. There is no reason for this to leak (anything but water) if installed properly.
2) What the OP is talking about is a much larger, more efficient, EXTERNAL Ice box that you would only hook up into between rounds.
It would have definite advantages and help bring the IAT temps down much faster than #1. But it requires opening and closing a closed loop coolant system. So introducing air is the only real potential problem
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