da9pwnsu

the goal is to have an ALL INTERNAL WATER COOLING SETUP. THAT MEANS NO EXTERNAL RADS OR RADBOXES. I can ONLY use one single and one double radiator.



I know this may not be possible as this is a huge amount of heat to dissipate, but here we go:

CPU: Danger Den TDX 775 block

GPU: EK-FC8800GTX Full Face Copper blocks

NB: Danger Den 680i North Bridge block

SB: EK NF4 2.2 South Bridge block

Pump: Danger Den D5 pump

Radiator: Thermochill PA120.1 + PA120.2



Fans: Panaflo 86.5CFM 35DB 120x38's

Impossible? We'll see soon enough. Project still in progress a few parts are still in the mail

da9pwnsu

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I have a friend who is doing a maxed out FX-62 (@3.1ghz) and two 8800GTX fullface (@ ultra clocks) on a 120mm Black Ice Pro I Xflow + Black Ice Extreme II Xflow with 120x25 led fans lol.. his setup stays cool

I MAY be using my current radiators (BIX I Xflow + BIX II) and seeing if they will hold the heat.




but it looks like at 3.2ghz my BIX I Xflow is maxed out. I am loading ~80C each core on a Single BIX I Xflow w/ Panaflo 86.5 CFM fan!

Pvt. Pritchard

Nice!! Good luck. I would imagine you can get anywhere from 3.6-3.8ghz with that setup.

Edit: You may need some bigger radiators for this

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ae804

Where are the radiators going?--I'll make a guess on the loop....

Pump => Radiator (2) => CPU => NB => SB => Radiator (1) => GPU => GPU => Pump

that seem right?

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Q6600 @ 3.5GHz

da9pwnsu

Tline -> Pump -> CPU -> GPU1 -> GPU2 -> double rad -> SB -> NB-> single rad -> tline

I had a really good pic of the setup but I dont have it on the PC i'm on

da9pwnsu

the goal is to have an ALL INTERNAL WATER COOLING SETUP. THAT MEANS NO EXTERNAL RADS OR RADBOXES. I can ONLY use one single and one double radiator.

ae804

Uh.... that setup isn't that good.... first off, you want to cool the important parts the most. I would assume the important parts are the CPU and GPU's. Secondly, the pump introduces a slight heat dump into the water--it's slight, but if you can drop the temp a little for free, then why not?

That is why you want the largest radiator after the pump and before the CPU (The most important part to cool). That is also why I put the second Radiator immediately before the GPU's. The other two pieces aren't all that important.... I mean-- they run passively on many motherboards, they can't need all that much cooling right?

I guess you could throw the NB and SB after the GPU's and before the pump:

Pump -> Rad(2)->CPU->Rad(1)->GPU's->NB->SB->T-Line->Pump

but the heat dump off the NB and SB won' effect the GPU's as much as the heat dump off the GPU's will effect the heat on the NB and SB.


Hopefully you can see my reasoning behind my original logic. I just think it'll treat you better overall than the order you put together.

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Q6600 @ 3.5GHz

Pvt. Pritchard

I would do it like this as well...

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da9pwnsu

Uh, it wont really matter with that much heat and that much of a flowrate.. and with a tline. All the water will be pretty much the same temp no matter how I set up the flow chart... 1C diff maybe

Heres a chart of the flow rate, its pretty much final. Keep in mind the tubing will be VERY cleanly done in the case, lol

edit: lol i screwed up the pic, hang on while i edit the second one

da9pwnsu