I try!
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At least the rats won't die of thirst, once they chew through your tubing.
“Do not trust people like me. I will take you to museums, and parks, and monuments, and kiss you in every beautiful place, so that you can never go back to them without tasting me like blood in your mouth. I will destroy you in the most beautiful way possible, and when I leave you will finally understand why storms are named after people.”
OMG those cables are making my eyes bleed... You know how OCD I am about cable management. Nice loop though. Why is a short loop better than a long one? It would seem to me that a long loop, having more surface area for the water to contact would actually run cooler than a short loop.
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haha... im cable ocd to oneslow... dont feel bad... and i second his question.
Not dead yet
Short loop is better as it is less head for the pump to push water through. It will have the same amount of contact in the Rad/Block whether it was a long loop or a short loop.
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CPU: Q6600 G0 3.5GHz@1.4v (4.2GHz max) / 4790k 4.8ghz @1.265v
GPU: 9800GTX /GTX780 hydrocopper
Ram: Samsung 4GB /gskill 16gb DDR3 1600
Mobo: EVGA-NF68-A1 680i (P32) /AsRock Extreme6
PSU: Enermax Galaxy 850Watt /EVGA 850 G2
HDD: OCZ 120GB Vertex4, Samsung evo 840 250GB
LCD: Samsung 32" LN32A450, Samsung 226BW 22" wide
Sound: Logtiech Z 5500
CPU & GPU: 3x Swiftech MCR320, 2x MCP655, MCW60 R2, Dtek Fuzion V2, 18 high speed yates @ 5v
While that is correct, you guys are really splitting some pretty damned fine hairs here. Technically, the extra water in the longer loop should also act as a passive heat sink, just like the extra water in a reservoir, thereby giving the loop as a whole a greater heat capacity. Correct?
“Do not trust people like me. I will take you to museums, and parks, and monuments, and kiss you in every beautiful place, so that you can never go back to them without tasting me like blood in your mouth. I will destroy you in the most beautiful way possible, and when I leave you will finally understand why storms are named after people.”
correct accept once you reach equilibrium and which point it doesn't matter how much water you have in your loop. if you had a res the size/capacity of a swimming pool at 18C you could have those temps or close to for a good set of hours, but once your cpu heated all the water up it becomes useless.
but your right about splitting hairs as that pump could handle the extra length of tubing will little to no impact on temps.
CPU: Q6600 G0 3.5GHz@1.4v (4.2GHz max) / 4790k 4.8ghz @1.265v
GPU: 9800GTX /GTX780 hydrocopper
Ram: Samsung 4GB /gskill 16gb DDR3 1600
Mobo: EVGA-NF68-A1 680i (P32) /AsRock Extreme6
PSU: Enermax Galaxy 850Watt /EVGA 850 G2
HDD: OCZ 120GB Vertex4, Samsung evo 840 250GB
LCD: Samsung 32" LN32A450, Samsung 226BW 22" wide
Sound: Logtiech Z 5500
CPU & GPU: 3x Swiftech MCR320, 2x MCP655, MCW60 R2, Dtek Fuzion V2, 18 high speed yates @ 5v
Trace, this is for you. Quick build today.