Ct. Strangelove
08-25-02, 12:27 PM
Hello all... I am new on the forums but i have been reading them for a long time now.
This setup calls for the Ehiem 1060 and 1048, two Black Ice Extremes, and a MASSIVE heat load. The picture is an overhead view of a two chamber acrylic box.
A: BIX
B: pumps
C: water res
D: is a fan facing down into the rad chamber.
The box is designed to be the bottem of a custom case.
Since high flow is good through WB's, the 1060 pushes water through the main cooling loop. While Rads like slow flow, the little 1048 gently flows water to the BIX. ( i mean 'little' in ratio) Hence cooling the water res, the main cooling circuit, and the pumps themselves. O, the fan pushes air out the sides of the rad chamber in two directions. (need a BIG aZZ fan!)
Total heat disapation 919Wh * 2 = 1838 watts!
I know this setup is only practical if you have 1838watts to cool.
(6 226w pelts!) :cool:
Some flaws i see in the design...
The 'chilled' water from the rad enter the res at the intake of the RAD pump thus cirulating allready chilled water into the rads agian. FIX: have rad chilled water enter res near MAIN loop pump intake. All other flaws are about the same, just intakes and extakes port placement
Should I put a ball vaulve on the rad curcuit to find the "sweet spot?"
How would I fill the system? Were will i place the bleeding vaulves?
What does everyone think? THX
OK my bad its DUAL, not a fight. besides i can't imagine two people throwing heavy azz pumps at each other. well accually i can. hehe
This setup calls for the Ehiem 1060 and 1048, two Black Ice Extremes, and a MASSIVE heat load. The picture is an overhead view of a two chamber acrylic box.
A: BIX
B: pumps
C: water res
D: is a fan facing down into the rad chamber.
The box is designed to be the bottem of a custom case.
Since high flow is good through WB's, the 1060 pushes water through the main cooling loop. While Rads like slow flow, the little 1048 gently flows water to the BIX. ( i mean 'little' in ratio) Hence cooling the water res, the main cooling circuit, and the pumps themselves. O, the fan pushes air out the sides of the rad chamber in two directions. (need a BIG aZZ fan!)
Total heat disapation 919Wh * 2 = 1838 watts!
I know this setup is only practical if you have 1838watts to cool.
(6 226w pelts!) :cool:
Some flaws i see in the design...
The 'chilled' water from the rad enter the res at the intake of the RAD pump thus cirulating allready chilled water into the rads agian. FIX: have rad chilled water enter res near MAIN loop pump intake. All other flaws are about the same, just intakes and extakes port placement
Should I put a ball vaulve on the rad curcuit to find the "sweet spot?"
How would I fill the system? Were will i place the bleeding vaulves?
What does everyone think? THX
OK my bad its DUAL, not a fight. besides i can't imagine two people throwing heavy azz pumps at each other. well accually i can. hehe