Thermalright HR-01 will work with Q6600 ?
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Thermalright HR-01 will work with Q6600 ?
Hey,
Anyone knows if the Thermalright HR-01 running passive with
a fanduct connect to the backside fan, will be enough to cool down
a Quad-Core Q6600 ?
http://www.thermalright.com/a_page/main ... 01_775.htm
Anyone knows if the Thermalright HR-01 running passive with
a fanduct connect to the backside fan, will be enough to cool down
a Quad-Core Q6600 ?
http://www.thermalright.com/a_page/main ... 01_775.htm
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Well, if I use it with the fanduct connect to the backside fan,cmthomson wrote:A Q6600 consumes less power than a Pentium D. It is not a question of whether the HR-01 will provide enough cooling (it will), but of how slow you can run the fan.
it would be no problem, does it?
I have a Nexus backside fan, it is pretty silent around 800rpm.
Yes, ducting an HR-01 to an 800 RPM Nexus fan will be fine. You may be able to slow the fan down even more, depending on how low you want to keep your CPU temperatures. An average temperature of 65-70 is okay for C2Q processors. The maximum temperature should be kept below 80C. Throttling occurs around 85C.filete wrote:Well, if I use it with the fanduct connect to the backside fan,cmthomson wrote:A Q6600 consumes less power than a Pentium D. It is not a question of whether the HR-01 will provide enough cooling (it will), but of how slow you can run the fan.
it would be no problem, does it?
I have a Nexus backside fan, it is pretty silent around 800rpm.
Good to know.
I have the HR-01 + duct (collecting dust) and Q6600 B3. I'm going to try it tonight and report back the results. I will try both with and without the duct.
Last time I tried was with Pentium D 945 3.4Ghz (rated 95w). I didn't remember the temp at the time but I remembered I couldn't touch the heatsink for more than few seconds.
I have the HR-01 + duct (collecting dust) and Q6600 B3. I'm going to try it tonight and report back the results. I will try both with and without the duct.
Last time I tried was with Pentium D 945 3.4Ghz (rated 95w). I didn't remember the temp at the time but I remembered I couldn't touch the heatsink for more than few seconds.
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well, the HR-01 has fewer fins than an Ultra 120, and less surface area, but it cools better passively because it has more space between the fins. It's related to heat transfer and boundary layers and things I should understand better than I do, since I had the class less than a year ago.Felger Carbon wrote:Especially if it has the same number, or at least area, of cooling fins.ryboto wrote:... a heatsink designed to be passive using the same number of heatpipes shouldn't have much trouble.
I have the one that comes with the duct. It only has 4 pipes each side, not the newer one that has 6 pipes.
It is now sit on top of the Q6600 B3 (105watt). I ran nVidia stress test tool (2 hrs setting) and play game simultaneously (2 hrs). Nothing fancy.
I do not use ducting because the rear fan does align with the heatsink. The HR-01 is in passive mode. The heatsink is warm to the touch. Hmm my Patriot memory are generated more heat
Results:
CPU: Idle:48c; load 64C
MB: idle 37C; load 39C
GPU: idle 59C; load 66C (8800GTX)
No internal case temp increased.
Benchmark specifications:
Case: Zalman GT-1000
MB: evga 680i SLI A1
GPU: 8800GTX w/ Zalman VF-1000/RHS88 fan @60%
Memory: Patriot 4GB 6400 LLK
HD: 3 hard drives
PSU: Corsair HX620W
FANS:
rear 1 120mm@5v
front 2 92mm@5v
NB 60mm@50%
It is now sit on top of the Q6600 B3 (105watt). I ran nVidia stress test tool (2 hrs setting) and play game simultaneously (2 hrs). Nothing fancy.
I do not use ducting because the rear fan does align with the heatsink. The HR-01 is in passive mode. The heatsink is warm to the touch. Hmm my Patriot memory are generated more heat
Results:
CPU: Idle:48c; load 64C
MB: idle 37C; load 39C
GPU: idle 59C; load 66C (8800GTX)
No internal case temp increased.
Benchmark specifications:
Case: Zalman GT-1000
MB: evga 680i SLI A1
GPU: 8800GTX w/ Zalman VF-1000/RHS88 fan @60%
Memory: Patriot 4GB 6400 LLK
HD: 3 hard drives
PSU: Corsair HX620W
FANS:
rear 1 120mm@5v
front 2 92mm@5v
NB 60mm@50%