- Joined
- Feb 17, 2007
- Messages
- 979 (0.16/day)
System Name | beastybuild |
---|---|
Processor | 4670k |
Motherboard | GigabyteZ87X-UD4H |
Cooling | SR-1 360 and GTX 360 custom, Koolance 380Iblock, swiftech355 &xspc"restop" |
Memory | 2X4gig G Skill Ripjaw 2400 |
Video Card(s) | Gigabyte gtx660ti(OC) windforce |
Storage | western Digi sata |
Display(s) | Acer 24 LCD |
Case | modmantasticca |
Audio Device(s) | basic onboard |
Power Supply | Sea Sonic G550m |
Software | Win 7 Enterprise 64 |
Benchmark Scores | 4.9 stable with mem at 1333 4.8 stable with mem at 2133 |
As my temps climb up in a water cooled system... there is a greater delta, hopefully I am using this word correctly, between the ambient temp of air flowing through the rad and the coolant. Does it stand to reason that as the temps rise in my loop I am getting a greater amount of heat wattage dissipated at the same fan speeds due to this, or is so fractional even on efficient rads and system that the delta or difference makes little difference? I understand its theoretical, but I have a fairly highly efficient model rad and good shrouding, but only three fans and not six... and am trying to judge the system.
In other words am I pulling out more heat at the loop temp at 85C than at 55c in watts dissipated?
In other words am I pulling out more heat at the loop temp at 85C than at 55c in watts dissipated?