I thought some of you might be interested in water cooling from a decade ago.
AMD XP2500 cpu and 9700 Pro gpu with swiftech waterblocks. The rad is an '86 chevette heatercore (fin area is 140x140mm) with a 1.5" deep tupperware dish shroud. The fan on the shroud (and back of case) is a 120x38mm Nidec Beta V screamer (100+ cfm at 12V) undervolted to 5V. The pump is a Hydor L30 aquarium pump. It vibrated some which is why it was sitting on a gel-pad in the case. Power for the pump was simply a 120Vac plug into the power strip. I always used a T-line and distilled water with 25% all-metal anti-freeze coolant.
With the cpu and gpu overclocked nicely, max temps were in the mid 40's C. It was a quiet rig with the slow fans and ran 24/7 for about 6 years before something on the motherboard (Abit NF7-S) failed.
EDIT: I found this post describing the multiple tubing sizes and arrangement: http://www.overclockers.com/forums/showpost.php?p=3177167&postcount=4
AMD XP2500 cpu and 9700 Pro gpu with swiftech waterblocks. The rad is an '86 chevette heatercore (fin area is 140x140mm) with a 1.5" deep tupperware dish shroud. The fan on the shroud (and back of case) is a 120x38mm Nidec Beta V screamer (100+ cfm at 12V) undervolted to 5V. The pump is a Hydor L30 aquarium pump. It vibrated some which is why it was sitting on a gel-pad in the case. Power for the pump was simply a 120Vac plug into the power strip. I always used a T-line and distilled water with 25% all-metal anti-freeze coolant.
With the cpu and gpu overclocked nicely, max temps were in the mid 40's C. It was a quiet rig with the slow fans and ran 24/7 for about 6 years before something on the motherboard (Abit NF7-S) failed.
EDIT: I found this post describing the multiple tubing sizes and arrangement: http://www.overclockers.com/forums/showpost.php?p=3177167&postcount=4
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