Please give comments about parts listed or how the loop should flow.
I have been reading these posts for a while and read numerous reviews but this is my first attempt at building with water cooling hardware.
I already have decided to use the black Lian PC-A71F full tower case and know the Black Ice GTX-360 radiator will fit under the top panel after removing the top hard drive cage.
Air will be pushed through the gtx-360 radiator by three Akasa 120mm 600-1800rpm PWM Fans.
I plan to use the Swiftech Maelstrom 5.25" Dual Bay Reservoir w/ Single MCP35X Pump to push XSPC EC6 High Performance Premix fluid through Tygon R-3603 3/8" - 5/8" tubing and will drop an IandH antimicrobial .999 silver kill coil strip in the reservoir.
I don’t know if there will be room to mount the Swiftech MCP35X-HS pump heatsink.
Water Blocks:
cpu: XSPC RayStorm high performance acetal special edition copper,
video: EK GeForce 660 GTX VGA full coverage,
ram: EK X4 acetal-nickel coated copper Monarch series,
hd: Koolance HD-57 Hydra-Pak Dual Hard Drive block
I haven’t completely decided on the ram and hard drive blocks.
fittings/nozzles: Koolance QD3 Quick Disconnect 10mm x 16mm G 1/4 & compressions
filter: Koolance INS-FLTR04 Inline Coolant Filter
Electronics:
Power: Cool Power 875W modular dual rail power supply
Motherboard: MSI Z77A-G41 Intel Z77 Socket H2 ATX Motherboard
CPU: Intel i5-3570K 3.4GHz Quad-Core processor
Ram: Corsair Dominator 16 or 32GB DDR3 1600MHz CL10 1.5V
O/S drive: Crucial M4 64 or 128GB SSD
Data drive: Western Digital WD20EARX 2TB 6Gb/s 64MB Cache
Video: eVGA GeForce GTX660 2GB PCIE 3.0x16
Thought 1:
The loop will flow from the radiator to the pump/reservoir,
Pump/reservoir to the cpu block then the video block,
Video block to a filter then back to the radiator.
Thought 2:
The loop will flow from the radiator to the pump/reservoir,
Dual Pump/reservoir outlets:
Out1 to the cpu block then the video block,
Video block to a t-block,
Out2 to the ram block then the hard drive block,
Hard drive block to the t-block,
t-block to a filter then back to the radiator.
I have been reading these posts for a while and read numerous reviews but this is my first attempt at building with water cooling hardware.
I already have decided to use the black Lian PC-A71F full tower case and know the Black Ice GTX-360 radiator will fit under the top panel after removing the top hard drive cage.
Air will be pushed through the gtx-360 radiator by three Akasa 120mm 600-1800rpm PWM Fans.
I plan to use the Swiftech Maelstrom 5.25" Dual Bay Reservoir w/ Single MCP35X Pump to push XSPC EC6 High Performance Premix fluid through Tygon R-3603 3/8" - 5/8" tubing and will drop an IandH antimicrobial .999 silver kill coil strip in the reservoir.
I don’t know if there will be room to mount the Swiftech MCP35X-HS pump heatsink.
Water Blocks:
cpu: XSPC RayStorm high performance acetal special edition copper,
video: EK GeForce 660 GTX VGA full coverage,
ram: EK X4 acetal-nickel coated copper Monarch series,
hd: Koolance HD-57 Hydra-Pak Dual Hard Drive block
I haven’t completely decided on the ram and hard drive blocks.
fittings/nozzles: Koolance QD3 Quick Disconnect 10mm x 16mm G 1/4 & compressions
filter: Koolance INS-FLTR04 Inline Coolant Filter
Electronics:
Power: Cool Power 875W modular dual rail power supply
Motherboard: MSI Z77A-G41 Intel Z77 Socket H2 ATX Motherboard
CPU: Intel i5-3570K 3.4GHz Quad-Core processor
Ram: Corsair Dominator 16 or 32GB DDR3 1600MHz CL10 1.5V
O/S drive: Crucial M4 64 or 128GB SSD
Data drive: Western Digital WD20EARX 2TB 6Gb/s 64MB Cache
Video: eVGA GeForce GTX660 2GB PCIE 3.0x16
Thought 1:
The loop will flow from the radiator to the pump/reservoir,
Pump/reservoir to the cpu block then the video block,
Video block to a filter then back to the radiator.
Thought 2:
The loop will flow from the radiator to the pump/reservoir,
Dual Pump/reservoir outlets:
Out1 to the cpu block then the video block,
Video block to a t-block,
Out2 to the ram block then the hard drive block,
Hard drive block to the t-block,
t-block to a filter then back to the radiator.