I am going to water cool my current rig this summer once I have the $$$ and I plan on using these WC parts in an 930 + dual crossfire set up with 1/2" tubing and Bitspower fittings.
1 Danger Den/Laing DDC 3.25 -12V 18 Watt Version
1 Alphacool Laing DDC Clear Acrylic Top
1 Swiftech Apogee XT
2 EK-FC5770
1 Feser XChanger Triple 120mm Xtreme Performance Radiator
1 Koolance Reservoir
I also am making a custom flow indicator out of acrylic but I am going to put it on a split off 1/4" loop so it shouldn't add that much resistance.
I am just worried about my flow being to low or having to high of temps, so I see three options:
1) Don't worry about it, one loop
Pump>CPU>GPU>GPU>Radiator>(split off for Flow Indicator)>Reservoir
2) Get another pump and a dual pump top and have the same set up as in 1
3) Get another pump and have two loops with a shared Radiator and Reservoir
Pump 1>CPU>(split off for Flow Indicator)>Radiator>Reservoir
Pump 2>GPU>GPU>Radiator>Reservoir
I'd rather not spend the extra money on a pump but I'd deal with the extra cost and complexity to get good temps and flow rates. I don't want to add a second radiator because that would involve modding the bottom of my 800D or having a 2x140 hanging externally from the back. I could add a single 140 radiator but I don't think it could handle the GPU's or CPU on its own. Also the Reservoir has 4 independent ports so splitting the line wouldn't be that hard, I would only need a T to go into the radiator.
What do you think?
1 Danger Den/Laing DDC 3.25 -12V 18 Watt Version
1 Alphacool Laing DDC Clear Acrylic Top
1 Swiftech Apogee XT
2 EK-FC5770
1 Feser XChanger Triple 120mm Xtreme Performance Radiator
1 Koolance Reservoir
I also am making a custom flow indicator out of acrylic but I am going to put it on a split off 1/4" loop so it shouldn't add that much resistance.
I am just worried about my flow being to low or having to high of temps, so I see three options:
1) Don't worry about it, one loop
Pump>CPU>GPU>GPU>Radiator>(split off for Flow Indicator)>Reservoir
2) Get another pump and a dual pump top and have the same set up as in 1
3) Get another pump and have two loops with a shared Radiator and Reservoir
Pump 1>CPU>(split off for Flow Indicator)>Radiator>Reservoir
Pump 2>GPU>GPU>Radiator>Reservoir
I'd rather not spend the extra money on a pump but I'd deal with the extra cost and complexity to get good temps and flow rates. I don't want to add a second radiator because that would involve modding the bottom of my 800D or having a 2x140 hanging externally from the back. I could add a single 140 radiator but I don't think it could handle the GPU's or CPU on its own. Also the Reservoir has 4 independent ports so splitting the line wouldn't be that hard, I would only need a T to go into the radiator.
What do you think?