Having some issues with PC temps due to its location which gets pretty hot during the summer and other minor issues. Have been reading the forums and all the water cooling threads I am reading sort of got me on the kick to attempt it myself. Here are the components:
Pump - Laing DDC - version 2
CPU Block (AM2 socket X2 64 cpu) - Koolance CPU-330
8800GTX Block - Koolance VID-282
Reservoir - Aquatube
Radiator: ThermoChill PA120.2
I am considering running two paralel flows (spliter from pump), with one going to the CPU and second to Video Card. Another splitter at the end will combine the flow again and send to radiator.
Questions I guess I have are:
1. Can the pump maintain enough pressure to handle this setup? Can it also do so if I go with an SLI config?
2. Should I just combine the two flows for now and only create the parallel streams when I go with an SLI config?
3. What kind of tubing should I go with?
4. I was considering of going with a pull fan configuration to start with. Will a push/pull config yield significant improvements?
Finally here is a quick block diagram I put together for reference (Not drawn to scale or reflects all the components accuratly):
Pump - Laing DDC - version 2
CPU Block (AM2 socket X2 64 cpu) - Koolance CPU-330
8800GTX Block - Koolance VID-282
Reservoir - Aquatube
Radiator: ThermoChill PA120.2
I am considering running two paralel flows (spliter from pump), with one going to the CPU and second to Video Card. Another splitter at the end will combine the flow again and send to radiator.
Questions I guess I have are:
1. Can the pump maintain enough pressure to handle this setup? Can it also do so if I go with an SLI config?
2. Should I just combine the two flows for now and only create the parallel streams when I go with an SLI config?
3. What kind of tubing should I go with?
4. I was considering of going with a pull fan configuration to start with. Will a push/pull config yield significant improvements?
Finally here is a quick block diagram I put together for reference (Not drawn to scale or reflects all the components accuratly):