super cooling water system

[koc]

I was thinking of super cooling system can easily handle high overclocking for

CPU - VGA - NB - HDs

in same time clean looking and very easy to install

So. i think about this

water cooler same this one

http://www2.0zz0.com/2007/08/28/15/98975229.jpg

and water pump same this one

http://www2.0zz0.com/2007/08/28/15/82272791.jpg

and remove the head of the water pump

http://www2.0zz0.com/2007/08/28/15/17768682.jpg

and put it in the top of the water cooler

http://www2.0zz0.com/2007/08/28/15/29555542.jpg

So. it will be like this

http://www2.0zz0.com/2007/08/28/15/32921326.jpg

OR

I can install another water pump in the water cooler like this

http://www2.0zz0.com/2007/08/28/15/97164943.jpg

The water temperature coming from the water cooler is 5 - 7C

Any suggestions are welcome :welcome:

[BigBlueBoy]

They discuss "chilled liquids" or "cooling experiments" in these forums...

http://www.xtremesystems.org/forums/forumdisplay.php?f=155

http://www.overclock.net/cooling-experiments/

Bottomline...You'll have to deal with condensation protection...

[rogueagent6]

Yes, this should have gone in the Chilled Liquid Cooling (http://www.xtremesystems.org/forums/forumdisplay.php?f=155) section.

Also, that cooler won't handle one of today's computer systems without EXTENSIVE modifications.

[jarman]

doubt it would have cooling power anything like what you would require

[The Dome]

For what you'd have to pay to beef it up to handle the heat load of a modern system, it would be wiser to put that money in a fund and save up some more to have someone build you a proper chiller, that has been setup and charged for that kind of load.

[koc]

thank you guys for replies

The project did not complete yet and need some modifications

abuot condensation protection , i will use heat isolation tybe on the hose

however i dont know if the water blocks need condensation protection also ?

[The Dome]

Assuming the chiller has the power to bring the coolant temp down to sub ambient, you could go to most local hardware stores and get insulation for piping (which I assume is probally made out of neoprene or something similar) for the OD of your tubing. Then I guess it would be wise to check out the stickies in all the sub ambient cooling sections to check out the different methods of different users on how make a nice air tight seal around the waterblocks and what pther precautions need to be taken prep the mobo and everything else for sub ambient cooling.

[kohlersc]

One thing to note is that those water coolers take quite a bit of time to cool the liquid to those temperatures. Depending on how fast the liquid is circulating in your loop, it may never get enough chance to cool as much as you would like.

[The Dome]

One thing to note is that those water coolers take quite a bit of time to cool the liquid to those temperatures. Depending on how fast the liquid is circulating in your loop, it may never get enough chance to cool as much as you would like.

I was under the assumption that the velocity of the coolant in the loop had no effect on its ability to remove heat and/or be cooled down, correct?

But by looking at the components in his loop, I really have a feeling that it has no where near the capacity to bring the loop sub ambient.

Some more specs on this chiller would be helpful?

[Sideroxylon]

That thing won't even come close to giving you sub-ambient temps. Most likely you'll burn out whatever is trying to cool the water. It's not made to handle a constant heat load.

I think it's a pretty cool idea for aesthetic purposes but it won't be something you can use to cool your rig the way you want to.

[Eldonko]

I did this before a few years ago as an experiment, you can take a look at the thread here (http://www.abxzone.com/forums/showthread.php?t=95374). Yes you have to insulate the waterblocks and no water cooler compresser can handle all that heat. My conclusion was it is good for a single looping cooling system, ideally GPU, but if you throw CPU into the mix it gets too much to handle.

http://members.shaw.ca/Eldonko/IMG_2133.jpg

http://members.shaw.ca/Eldonko/IMG_2145.jpg

[Okda]

i don't think the condenser will be able to overcome the heat from the pc for so long

also u will nee isolation around the cpu socket and the block

[kohlersc]

I was under the assumption that the velocity of the coolant in the loop had no effect on its ability to remove heat and/or be cooled down, correct?

You are correct. I just didn't state what I was thinking well. Mostly because I was envisioning too much heat entering the system and basically the cooler not being capable of keeping up.

The higher the flow rate the more uniform the water temp should be throughout the loop. The slower the flow rate the higher the difference between the individual parts.