project: coldfusion

cwsempire

n00b
Joined
Oct 28, 2009
Messages
6
Project outline:

1. All parts ordered seperate.
2. Build from start to finish.

Build to include: Full water cooling (cpu, gpu, northbridge, southbridge, ram, hdd and psu)

Parts purchased:

Clearwater Water Cooling Dispenser
ASUS P5Q Pro Mainboard
Intel Core 2 Quad Processor Q6600
Palit nVidia GeForce GTX 260 896MB DDR3
Corsair 8GB PC2-6400 (800MHz) DDR2 RAM Kit, 4x 2GB XMS2
Maxtor 200GB SATA HDD
Antec Earthwatts 500 Watt Power Supply
Powerware 5110 Uninterruptible power supply
Swiftech MCP655-B Water Pump
Swiftech Apogee GTZ CPU Waterblock
EK Waterblocks EK-FC260/275/285 GTX - GW Acetal
EK Waterblocks North Bridge S-MAX Acetal
EK Waterblocks South Bridge EK-NB/SB 1 Acetal
EK Waterblocks EK-MOSFET ASUS 3a Acetal x2
Tygon 1/2" Highflow Tubing (2 x100cm)

Build photos:

1_363.jpg


asus_p5q_pro_464.jpg


2_162.jpg


3_881.jpg


4_804.jpg


5_170.jpg


6_405.jpg


7_158.jpg


8_146.jpg


9_772.jpg


10_472.jpg


11_722.jpg


12_288.jpg


13_112.jpg


14_183.jpg


15_193.jpg


16_132.jpg


17_123.jpg


19_939.jpg


18_254.jpg


20_639.jpg


21_144.jpg


22_211.jpg


23_198.jpg


24_155.jpg


25_143.jpg


26_151.jpg


27_194.jpg


28_121.jpg


29_433.jpg


30_138.jpg


31_156.jpg


32_533.jpg


33_869.jpg


34_239.jpg


35_463.jpg


36_150.jpg


37_123.jpg


38_161.jpg


39_180.jpg


40_825.jpg
 
Last edited:
Now thats hot, and first to reply, but this is freaking sexy man, good work. I have a few questions though, when the coil thaws wont it drip water, and what about condensation in general.
 
Thats awesome dude, I like it.

As for the drippage, the coil is not directly over the mobo, the mobo and comp items are actually away from the coil from the looks of the pictures, so my guess is, drippage probally isnt an issue.
 
Nice. Anyway you can replace the plastic bucket with a stainless steel one? I would think it would transfer the heat better and produce less condensation.
 
Hi everyone thanks for your support.
Condensation isnt big issue; while the computer is running the water temperature dosn't drop below 20C and when the computer is off the compressor is off, this helps not to waste electricity and not let temps drop to low.
However when the refrigeration coils first started to thaw this did cause a small dripping scare; by adding foam and insulation around the reservoir this is now solved.
 
Last edited:
Update and fixes:
Rebuild frame to secure compressor & condenser.
Cut expansion slot support for better view of device.
Moved power supply to rear.
Added insulation.

1_642.jpg


2_627.jpg


3_252.jpg


4_438.jpg


5_721.jpg


6_146.jpg


7_110.jpg


8_171.jpg


desktop_384.jpg
 
I did that same thing a couple years ago and had condensation problems on my blocks and the tube itself, but maybe my water cooler was more powerful. Looks good tho.
 
Yeah, you *definitely* need to insulate the refrigerant coils. Not only will the insulation prevent condensation, but it'll reduce the load on the compressor, since it will only be cooling the water, and not the surrounding air.
 
Yeah, you *definitely* need to insulate the refrigerant coils. Not only will the insulation prevent condensation, but it'll reduce the load on the compressor, since it will only be cooling the water, and not the surrounding air.

Thanks for the support I took your advise and wrapped up coils and reservoir.

Pretty sweet cooling setup! Is 3.2 as far as you can push it?

I got some time to overclock on the weekend and ran a stable 3.8Ghz for most of the day but my Q6600 b3 seems to double as a space heater.
The temps skyrocket to an idle of 68C and above. These temps put to much load on the compressor so I have purchased a small radiator to help stablize and lower.

Why a plastic bucket and not aluminium/stainless steel?

Sadly.. i can't find a metal replacement which will sink into the diameter of refrigerant coils.
In the mean time i wrapped aluminium foil around the bucket where the coils make contact.
 
Sadly.. i can't find a metal replacement which will sink into the diameter of refrigerant coils.
In the mean time i wrapped aluminium foil around the bucket where the coils make contact.

the plastic would be perfect, and more efficient if you could pop the cooler coils into the buck so they make direct contact with the water they are trying to chill, need to make sure you have really high flow around them however, as any water that becomes static will become ice very quickly, the down side to this is that you will most likely get sub ambient temps on your blocks causing condensation issues and requiring you to cover them up in insulation, snowballing your temps lower and lower..
 
Additions:
1 x Swiftech MCR220-QP Radiator with
2 x Nexus Real Silent 120mm Case Fan

Update:
1. Insulated the refrigerant coils & reservoir.
2. Secured radiator to frame and into cooling loop.

3825_176.jpg


insulate1_201.jpg


insulate2_208.jpg


1_734.jpg


2_172.jpg


3_470.jpg


4_856.jpg


5_999.jpg


6_159.jpg


7_402.jpg


8_839.jpg


9_998.jpg


10_956.jpg


11_142.jpg
 
Back
Top