Quote:
Originally posted by Blackeagle
The estimates of performance would be helped a good deal if Copyman could post the L x W x H demensions of his rads finned area.
By the crude means of just measureing the shourd (on screen)and comparing those measurements to the known size of the fans I'd have to guess his rad is at minimum 13" x 6.5" x 1.75" for just the finned area, and perhaps as much as 15" x 7" x 2.2" for a maximum. I may be wrong, but I think the rad is larger than Cathar's estimates.
The CFM of the fans used would be a second very helpfull stat. 120mm fans are on the market with CFM's of from 53 CFM up to 152 CFM.
Along with a quad fan set up and good shrouds (Copyman's shroud's look flawless), a rad somewhere within the above size range should have little problem dissipating all the heat from just about any non TEC system, even if medium noise level fans were used such as fans giveing 80-90CFM.
There are so many variables here.
Copyman, how about some hard data on the rads size and the specs of the 4 fans used?
|
my rad f2 has exact 12,5 x 6 x 2 of it blushes, me fis him to work with fans of low noise as the tT of 31db 79cfm, not having temperature difference when used fans of 89 cfm 105 cfm and 130cfm when tested to 2744mhz 2,125 vcore compared the tT 79cfm , to an enormous eficency surpluses here, I have cores in final phase of 6x6 48 flats and 5x5 40 flats that they owe these ready ones inside of one week using the same technology,
many did vary, very difficult to explain, I know because I have two dteks and I already used them in parallel
another complex subject is on types of rads construction, as I don't get with 2744mhz and 2,125 of vcore and two tecs of 70w (9800pro) to heat up liquid of the system in a proportion that gets to measure, in other words, it is always smaller than 1c above the room temperature, I don't have as telling the all it is more efficient