• Some users have recently had their accounts hijacked. It seems that the now defunct EVGA forums might have compromised your password there and seems many are using the same PW here. We would suggest you UPDATE YOUR PASSWORD and TURN ON 2FA for your account here to further secure it. None of the compromised accounts had 2FA turned on.
    Once you have enabled 2FA, your account will be updated soon to show a badge, letting other members know that you use 2FA to protect your account. This should be beneficial for everyone that uses FSFT.

Transmission Cooler??

GeeksFTW

n00b
Joined
Jun 8, 2006
Messages
12
Hello all..

I was just wondering if anybody has had any experience with the use of automotive transmission coolers as a radiator. Such as this one (http://www.amazon.com/gp/product/B0006HJRJM/ref=nosim/102-5573141-3774549?n=15684181aa).

If not, how well do you think it would fare in a w/c setup?


[EDIT]: I also have a question about multiple rads.. This will probably have a rather opinionated response seeing as how i have seen no tests to show otherwise.... Ok, about how many 360mm(3x120) rads connected in series would it take for the setup to no longer release heat efficiently? Is there a limit to how much a fan cooled radiator can physically cool water to in ambient conditions?
 
As an Amazon Associate, HardForum may earn from qualifying purchases.
Too much flow restriction, and that one you posted is made out of aluminum.

Use a heatercore.
 
I had the exact same idea while at an Advance Auto the other day.
 
A heatercore would be better and cheaper. At that point it comes down to a heatercore for a performance edge, or a PC radatior or looks.

As far as your later question, I cant really answer how manys rads it would take, but what I can ask is where do you plan to put mutliple 320 rads? Also, To get through multiple 320's, your going to either need multiple pumps or a seeriously beefy pump (High End Iwaki) in order to get through them. In the end, I dont think the cost of multiple 320's would be even close to worth it for the performance gain.
 
add me to the "a heater core would be better" vote. tranny fluid is nothing like antifreeze, so who knows what sort of corrosion you would get.
 
Viper87227 said:
I cant really answer how manys rads it would take, but what I can ask is where do you plan to put mutliple 320 rads? Also, To get through multiple 320's, your going to either need multiple pumps or a seeriously beefy pump (High End Iwaki) in order to get through them. In the end, I dont think the cost of multiple 320's would be even close to worth it for the performance gain.
.


Well i'm workshopping different ideas for a scratch build case (pre planning stages). And i was just thinking what was to stop me from throwing in 2 or 3 360mm rads or a couple 240mm heatercores.... I've read alot about heatercore performance and seeing as how something like the BIX/BIP is just a heatercore with barbs and a cage around it, nothing is really stopping me from getting some heatercores. I guess i just wanted to know if anybody had any experience in the flow drop across something like a BIX/BIP II or multiple rads.

And no matter how many rads/fans u have, wont the fans inevitably cool the water no cooler than room temp?) If so, i guess im looking for the right rad/fan combo to dissipate the heat as much as possible(like 2 rads 3 fans each, or 2 rads 6 fans each(3 suck, 3 blow)).

Thanks.
 
GeeksFTW said:
.

And no matter how many rads/fans u have, wont the fans inevitably cool the water no cooler than room temp?) If so, i guess im looking for the right rad/fan combo to dissipate the heat as much as possible(like 2 rads 3 fans each, or 2 rads 6 fans each(3 suck, 3 blow)).

Thanks.

Correct. Your not going to get sub-ambiant temps with just a standard WCing. The most you can hope for is to dissipate all the heat in the loop and get ambiant temps
 
Back
Top