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WC set up for tri sli 670 and a 3820

Last response: in Overclocking
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Ok here's my dilemma, I have 3 evga ftw 670's and an i7-3820. The CPU is currently running fine on a h100 but I wasn't happy with the gpu temps on air since I'd like to OC them. I bought 3 xspc razor 680 reference design with 3 of thier sli bridge connectors. I was planning on running 3 240 rads And two pumps. I also picked up a lga 2011 waterblock since I figured while I'm at a custom build why not throw the CPU in the loop, total TDW is around 630. Basically my question is what is the best order to set this up. Do I use the sli links or just run tubing from rad to rad and pumps and blocks. I can change the loop anyway I need to, just hoping for some input here. Thank you in advance

More about : set tri sli 670 3820

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2 240's with the gpu? And also could you idiot proof what you mean by the sli config, I've never watercooled this much and after a 6 grand build I'd like to do it right the first time lol, btw happy 4th brother
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Quote:
2 240's with the whole build. I'm running a 3820 and a 690 with a single 360. Heres what you want to do.

Res > Pump > Rad > Cpu Block > Rad > GPU > GPU > GPU


3 gpus with no rad in between even though they put out more heat then the cpu? just a noobish water cooling guy but that does seem efficient.

plus i have just my 2600k at 4.6 and running a 240 rad and i get better temps when i add a passive radiator to the loop.
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Water temps at any single point in the entire loop is only 2-4C difference in temps.

Passive rads should really be paired with at least low speed fans to dramatically increase their cooling potential. Whether it be an air cooler or a WC rad, anything that has to exchange heat energy from a heat bearing surface to the air does much better with active cooling over it, even if it's minimal.
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rubix_1011 said:
Water temps at any single point in the entire loop is only 2-4C difference in temps.

Passive rads should really be paired with at least low speed fans to dramatically increase their cooling potential. Whether it be an air cooler or a WC rad, anything that has to exchange heat energy from a heat bearing surface to the air does much better with active cooling over it, even if it's minimal.


the point was that the little extra cooling capacity lowered my temps.

I played with Eva precision x for a bit, I know the temps are fine but with over clocking them I'd like to drop hem a bit. The cards have gotten a bit sketchy t high temps

Quote:
2 240's with the whole build. I'm running a 3820 and a 690 with a single 360. Heres what you want to do.

Res > Pump > Rad > Cpu Block > Rad > GPU > GPU > GPU



Now better and final question is a koolance pmp 400 enough for this loop
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