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Gulp35 · 02-05-2003, 08:52 PM

Here is the pic

I was wondering SysCrusher if you have thought of an asymetric block to keep water flowing in one direction instead of splitting to flow and causing a chance of unbalanced flow.

My current block that I am working on is a micro channel idea, mainly because it is easier to model on the computer. Right now I have the block with 9 , 3mm deep, 1mm wide channels over the die. with this I could handle a 520 W Processor with a 1C water temperature rise. and this is only a side to side flow block!!!

02-05-2003, 08:52 PM	#24
Gulp35 Cooling Savant Join Date: Sep 2002 Location: Atlanta, GA Posts: 135	Here is the pic I was wondering SysCrusher if you have thought of an asymetric block to keep water flowing in one direction instead of splitting to flow and causing a chance of unbalanced flow. My current block that I am working on is a micro channel idea, mainly because it is easier to model on the computer. Right now I have the block with 9 , 3mm deep, 1mm wide channels over the die. with this I could handle a 520 W Processor with a 1C water temperature rise. and this is only a side to side flow block!!! __________________ Epox 8RDA+ v1.1----------Tyan K8SDPro 1700+ JUIHB 0310XPMW (12.5x200Mhz@1.792v)--------2xOpteron246 (2Ghz 1MB L2) 2x256MB Kingston PC3000 (BH5?) 2-2-2-8 2.7v---2x512MB Corsair Reg.&ECC PC3200 ATi Radeon 9800Pro (stock, too hot)-----ATI RageXL WD800JB+WD2500JB-------WD1600JD Sony DVD/CDRW-------NEC 3520A Black Forton350W--------Antec TruePower2.0 550W EPS12v Last edited by Gulp35; 02-06-2003 at 06:05 PM.