Corsair 700D
Intel i7 920 @ 4.20|Asus P6T6 Revolution|G.Skill 6gb DDR3 1600|Zotac GTX480|Intel x-25-M 80GB x 2 / Raid0
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|Perfecting the Obsidian series case. Build log to follow soon...|
D_P, I'd say the first one, but only if the 2 tubes that return to the res are as long as possible and the outlet tubes are as short as possible. That should lower the amount of restriction enough to limit or eliminate the back flow. Another significant factor is obviously going to be what's actually in the loop, if you're still using...say a K350 or original Supreme, I don't think anything (except check valves) is going to prevent back flow.
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Btw I keep seeing how people want 2 pumps in serial in case one pump fails. Won't the CPU and GPU (programed through control panel) turn off once it hits a certain temp?
At least I did find the articles you all eluded to before about the small difference in temps with 2 loops. For anyone else looking:
Dual Loop versus Single, the facts
Actual Influence of Flow rate
Last edited by Tyranie909; 10-09-2010 at 09:09 PM.
Yes - if you've setup your bios to shut the machine down on CPU fan failure and the tach lead is plugged into the cpu fan header. This assumes that you've done that and that your bios does what you expect. I think most people around here are looking for a belt and suspenders approach to plumber's crack, err, pump failure![]()
core i7 920, gigabyte EX58-UD5, 4870x2
DDC3.2 > PA120.3 > DD4870x2fc > Fuzion v1 > PA120.2 > EK Res
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