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Nordic · 05-05-2002, 09:12 AM

You guys have sparked my interest with these ideas

I could simply use a "T" for distributing the flow from the pump to the radiators, using the perpendicular fitting for the GPU-line as the flow along that fitting will be more restricted.
Then I add another fitting to the air-trap so I have another incoming line.. seems like little work

About my temperatures, when I run my CPU at default (1333@1.75), I idle at 14-16 degrees (Celcius) above ambient, which I don't find that bad. The problem is that I'm very close to the point where my current radiator runs out of steam - it can't dissipate much more heat without raising the water temperature significantly..

05-05-2002, 09:12 AM	#4
Nordic Cooling Neophyte Join Date: Mar 2001 Location: Umeå, Sweden Posts: 98	You guys have sparked my interest with these ideas I could simply use a "T" for distributing the flow from the pump to the radiators, using the perpendicular fitting for the GPU-line as the flow along that fitting will be more restricted. Then I add another fitting to the air-trap so I have another incoming line.. seems like little work About my temperatures, when I run my CPU at default (1333@1.75), I idle at 14-16 degrees (Celcius) above ambient, which I don't find that bad. The problem is that I'm very close to the point where my current radiator runs out of steam - it can't dissipate much more heat without raising the water temperature significantly.. __________________ Pump:Eheim 1048, Radiator:LPD radiator 100x150x20mm, CPU block:DD Maze-2, GPU block: DD GPU block, Chipset block:Zalman NB32 AMD XP 1500+, EpoX 8K7A, PoV GF3Ti200 Pic of my YY-cube