Post by Jay2235 on Aug 17, 2005 10:20:19 GMT -5
Hey Guys,
Haven't been around the forums for quite a while.. BUT.. I just finished a new project, installing an external watercooling unit in my Gen 2 and I thought I would share the experience with all of you..
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| Purchased: |
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External Watercooling System - Koolance EXOS (EXT-A03 Aluminium)
CPU Waterblock - Koolance CPU-300-H06
GPU Waterblock - Koolance GPU-180-L06 (Vid)
NB Waterblock - Koolance GPU-180-L06 (NB)
I started the install at about noon with a colleague of mine and we decided to take our time and make sure we did it right.
We first started by ripping everything out of the computer..
We then hooked up the watercooling unit to start the leak test. That's when we hit our first problem, The watercooling unit usually shares the pins of the power switch (when computer is turned on, so is the watercooling system) in order to get power.
The Dell mobo's do not have these pins to connect the power switch. Turns out we did not need to use this, we just took power from a spare 4pin and it powered up fine. However, you do have to short your PSU in order to test the unit. This did work on the Dell PSU with the supplied cable.
We ran the system for about 30min, topping up the supplied coolant every so often to ensure that it had enough to circulate through the whole system.
Success! there were no leaks whatsoever.
Once we were sure that the system did not leak, we began mounting the waterblocks. We first mounted the GPU waterblock onto my ATI Radeon 9800XT and mounting the supplied 8 heatsinks onto the card.
After that, it was time to mount the CPU waterblock.. This is where we ran into a problem because Dell has a proprietary CPU P4 retention bracket, that would not work with the supplied bracket to secure the waterblock.
We scrambled around for a while trying to figure out what to do and then came to the conclusion that we would have to go out and look for one to buy. I went to a few stores and half of them did not know what a CPU retention bracket was, and the other half did not have any. In the end, we drove about 1hr (30min there and back) to one store and it cost about $8.00 for the bracket.
P4 Mounting Bracket - Thermalright P4 Socket Adapter
Once we had the right equipment, we mounted the CPU waterblock onto the board and we had completed the installation.
We ran the system for another 30min with it actually mounted inside the computer, and once again there were no leaks whatsoever.
And that's the end of my story..
I will post pics and temps tonight, but I can say now that this system is awesome! It runs soo quiet (with 3 different modes for fan speeds) and it really cools down the CPU and GPU. I haven't mounted the NB waterblock yet, that will be done tomorrow or Friday.
Haven't been around the forums for quite a while.. BUT.. I just finished a new project, installing an external watercooling unit in my Gen 2 and I thought I would share the experience with all of you..
--------------
| Purchased: |
--------------
External Watercooling System - Koolance EXOS (EXT-A03 Aluminium)
CPU Waterblock - Koolance CPU-300-H06
GPU Waterblock - Koolance GPU-180-L06 (Vid)
NB Waterblock - Koolance GPU-180-L06 (NB)
I started the install at about noon with a colleague of mine and we decided to take our time and make sure we did it right.
We first started by ripping everything out of the computer..
We then hooked up the watercooling unit to start the leak test. That's when we hit our first problem, The watercooling unit usually shares the pins of the power switch (when computer is turned on, so is the watercooling system) in order to get power.
The Dell mobo's do not have these pins to connect the power switch. Turns out we did not need to use this, we just took power from a spare 4pin and it powered up fine. However, you do have to short your PSU in order to test the unit. This did work on the Dell PSU with the supplied cable.
We ran the system for about 30min, topping up the supplied coolant every so often to ensure that it had enough to circulate through the whole system.
Success! there were no leaks whatsoever.
Once we were sure that the system did not leak, we began mounting the waterblocks. We first mounted the GPU waterblock onto my ATI Radeon 9800XT and mounting the supplied 8 heatsinks onto the card.
After that, it was time to mount the CPU waterblock.. This is where we ran into a problem because Dell has a proprietary CPU P4 retention bracket, that would not work with the supplied bracket to secure the waterblock.
We scrambled around for a while trying to figure out what to do and then came to the conclusion that we would have to go out and look for one to buy. I went to a few stores and half of them did not know what a CPU retention bracket was, and the other half did not have any. In the end, we drove about 1hr (30min there and back) to one store and it cost about $8.00 for the bracket.
P4 Mounting Bracket - Thermalright P4 Socket Adapter
Once we had the right equipment, we mounted the CPU waterblock onto the board and we had completed the installation.
We ran the system for another 30min with it actually mounted inside the computer, and once again there were no leaks whatsoever.
And that's the end of my story..
I will post pics and temps tonight, but I can say now that this system is awesome! It runs soo quiet (with 3 different modes for fan speeds) and it really cools down the CPU and GPU. I haven't mounted the NB waterblock yet, that will be done tomorrow or Friday.