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- Joined
- 22 Jun 2011
- Posts
- 17
Im looking to do a custom water cooling loop on a new build using the Coolermaster CM 690 II Advanced Case, here are the parts ( not including fittings or tubing )
XSPC RS Series 240mm Dual Radiator
XSPC RX Series 240mm Dual Radiator
XSPC 5.25" Dual Drive Bay Reservoir
Laing DDC-1+ Ultra Pump 600 L/hr 18W (MCP355)
EK Supreme HF Easy Mount CPU Waterblock
EK Nickel Plexi GPU Block
But im kind of worried that I will not be able to put the " XSPC RX Series 240mm Dual Radiator " at the bottom of the case, as im not sure if it will be too close to the PSU or just not fit at all. If anyone has had experience using the Coolermaster case with two radiators could you please let me know, also do you think that using these radiators would they give nice cool temperatures to an Intel i5 2500K possibly overclocked to 4.5ghz and a EVGA 570 HD Superclocked.
All comments and advice are welcome thanks.
Many thanks
- TescoClubCardUK
XSPC RS Series 240mm Dual Radiator
XSPC RX Series 240mm Dual Radiator
XSPC 5.25" Dual Drive Bay Reservoir
Laing DDC-1+ Ultra Pump 600 L/hr 18W (MCP355)
EK Supreme HF Easy Mount CPU Waterblock
EK Nickel Plexi GPU Block
But im kind of worried that I will not be able to put the " XSPC RX Series 240mm Dual Radiator " at the bottom of the case, as im not sure if it will be too close to the PSU or just not fit at all. If anyone has had experience using the Coolermaster case with two radiators could you please let me know, also do you think that using these radiators would they give nice cool temperatures to an Intel i5 2500K possibly overclocked to 4.5ghz and a EVGA 570 HD Superclocked.
All comments and advice are welcome thanks.
Many thanks
- TescoClubCardUK

I planned to put a RX240 at the bottom and 1 RS240 at the top, but as I put in my 1st post, im worried that I wont be able to fit the RX240 at the bottom of the case as this may be close/touching the PSU, Im looking at getting the Corsair HX 850W which is 180mm long. Hoping someone has used or attempted to use a 240 rad in the CM 690 II case could shed some light.