Freezone Elite x2 Build

Testing..... Unfortunately one of my pumps failed during the initial test... Now everything's on the same loop and my temps are around 34C Idle & 56C under full load (i7 920 @ 3.35Ghz HT Activated)...

Now that I've tested most of my components it's time to take everything apart and spend some time rewiring it. Ooo and I have a few more modifications to make... Overall this build should only take another month or 2 to complete...

http://img38.imageshack.us/img38/6964/cimg1300.jpg
http://img38.imageshack.us/img38/9831/cimg1315a.jpg
http://img38.imageshack.us/img38/7950/cimg1308r.jpg
http://img38.imageshack.us/img38/6994/cimg1309g.jpg

impressive work.. gratz dude

Thanks but I’m not done yet… Time to clean up…

Case is almost ready for reinstall… Just need to touch up a few areas...

http://img36.imageshack.us/img36/4739/cimg1318.jpg

Cut out a few notches to make it easier to reroute the wires…

http://img36.imageshack.us/img36/240/cimg1324.jpg

My new water blocks...

http://img36.imageshack.us/img36/9692/cimg1328rmp.jpg
http://img36.imageshack.us/img36/8442/cimg1335d.jpg

Quote:

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Originally Posted by Ultrasonic2

You are correct. Putting a rad inline completely defeats the point and any advantage you could possible get from having a TEC Chiller

Now the Guy from Coolit suggested putting a RAD in line because he knows their product is unable to cool a modern CPU effectively (sub ambient or = to it) So you can get lower temps with an inline rad because the fluid temp is already over ambient.

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Well, that's kind of the point. When I tried my FZE on an i7 940 at 4.2GHz I found that it was completely inadequate for cooling such a high OC. Runaway fluid temps were a big problem and FZE just could not cope with them in light of the heat dumped by the CPU. However, adding a dual rad into the loop to control the fluid temps allowed me to feed very cool fluid to the CPU as you can see here...ambient temperature at that time was about 17C.

http://www.coolitsystems.com/index.p...&start=30#3590

Anyway, for ~$400 CAD total it was not a bad setup at all. I had to take it down now because my main rig is with EVGA X58 Classified and that retarded stock NB sink gets in the way of the FZE, but while it was running it performed quite good and very quiet too.

Quote:

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Originally Posted by dejanh

Well, that's kind of the point. When I tried my FZE on an i7 940 at 4.2GHz I found that it was completely inadequate for cooling such a high OC. Runaway fluid temps were a big problem and FZE just could not cope with them in light of the heat dumped by the CPU. However, adding a dual rad into the loop to control the fluid temps allowed me to feed very cool fluid to the CPU as you can see here...ambient temperature at that time was about 17C.

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Oh this again … This is very misleading and has been brought up and tested before.

The theory this works on, is to get lower temps you reduce the flow rates so the water leaving the Chiller is colder, and therefore the water entering the CPU block is colder. People then believe their getting lower CPU LOAD temps because the water entering the Block is colder.

Now people can be forgiven for believing this, because it seem logical enough colder into the block must therefore mean colder load temps right ? NO

You see your reducing the flow rates to cool the water more because its spending more time in the chiller per RPM .. This Also means it’s spending more time in the CPU block being heated back up again … SO there is NO possible gain to be had. YOU may reduce the flow rates to drop the water leaving the chiller by 10c .. But that gain will be more than lost in the CPU block as it gets heated back up again

SOOOO reducing the flow rates looks good for Coolit cos the coolant temp they monitor is on the chiller and therefore the coolant temp reads lower. People therefore believe they must be getting lower LOAD temps because of it. But this doesn’t translate to lower CPU LOAD temps.

Now you might be saying “but people do get lower temps with the rad than without it” .. That’s true cos the rads is removing a large amount of heat from the loop.

EDIT It's also pretty Nineveh to trust Coolit's temps sensor, if you ask me. It's hardly going to be reporting the temps as to hot now is it.

Quote:

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Originally Posted by Ultrasonic2

Oh this again … This is very misleading and has been brought up and tested before.

The theory this works on, is to get lower temps you reduce the flow rates so the water leaving the Chiller is colder, and therefore the water entering the CPU block is colder. People then believe their getting lower CPU LOAD temps because the water entering the Block is colder.

Now people can be forgiven for believing this, because it seem logical enough colder into the block must therefore mean colder load temps right ? NO

You see your reducing the flow rates to cool the water more because its spending more time in the chiller per RPM .. This Also means it’s spending more time in the CPU block being heated back up again … SO there is NO possible gain to be had. YOU may reduce the flow rates to drop the water leaving the chiller by 10c .. But that gain will be more than lost in the CPU block as it gets heated back up again

SOOOO reducing the flow rates looks good for Coolit cos the coolant temp they monitor is on the chiller and therefore the coolant temp reads lower. People therefore believe they must be getting lower LOAD temps because of it. But this doesn’t translate to lower CPU LOAD temps.

Now you might be saying “but people do get lower temps with the rad than without it” .. That’s true cos the rads is removing a large amount of heat from the loop.

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While I may have thought what you are saying at one point in time I realize that this is not the case. I simply gave an example of when a rad is useful and that is when the heat output of the system components is too large for the chillers to handle. Hence the introduction of the rad. Also, I later found that increasing the flow had even more benefit on the temps.

Quote:

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Originally Posted by dejanh

While I may have thought what you are saying at one point in time I realize that this is not the case. I simply gave an example of when a rad is useful and that is when the heat output of the system components is too large for the chillers to handle. Hence the introduction of the rad. Also, I later found that increasing the flow had even more benefit on the temps.

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yeah increasing the flow rates is better

dejanh - nice temps...

Update: The assembly begins… I'm not sure if I like the tubing (Clear or Black).... Probably going to make a few more changes before I cut any wires…

Sorry about the pictures… My cheap camera takes crappy pics..

http://img15.imageshack.us/img15/5156/cimg1370b.jpg
http://img15.imageshack.us/img15/3052/cimg1378x.jpg
http://img15.imageshack.us/img15/5650/cimg1380h.jpg
http://img15.imageshack.us/img15/4962/cimg1384u.jpg
http://img15.imageshack.us/img15/6838/cimg1385z.jpg
http://img15.imageshack.us/img15/9526/cimg1391.jpg
http://img15.imageshack.us/img15/1927/cimg1393f.jpg
http://img15.imageshack.us/img15/2241/cimg1399j.jpg
http://img15.imageshack.us/img15/2361/cimg1411.jpg
http://img15.imageshack.us/img15/3349/cimg1412f.jpg
http://img15.imageshack.us/img15/5825/cimg1421m.jpg

Update: Quick test - The Coolit system is keeping my CPU nice cool (18-24C idle) but my other loop with the NB, SB and GPU's is kicking the 120's A$$ (58-60C)... Going to swop it out with my 360 tomorrow...

Is that special evga EK block pretty restrictive? What kind of pump do you have on the NB loop? I know my EK Supreme is pretty restrictive so that's why I ask. Seems like a single 120 should cool better than 58C... Hell a small air cooler is better!

EDIT: I just noticed your video cards on that loop. You'll need about a PA 120.2 to keep them happy. 8800GTX's get friggen hot.

Quote:

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Originally Posted by Vinas

Is that special evga EK block pretty restrictive? What kind of pump do you have on the NB loop? I know my EK Supreme is pretty restrictive so that's why I ask. Seems like a single 120 should cool better than 58C... Hell a small air cooler is better!

EDIT: I just noticed your video cards on that loop. You'll need about a PA 120.2 to keep them happy. 8800GTX's get friggen hot.

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I'm using the Laing DDC Ultra... According to manufactures specifications they should maintain a high flow... Also the Danger Den Water blocks shouldn't restrict the flow that much... I Added another fan to the 120 last night and the temps dropped to around 40-42C...

Quote:

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Originally Posted by malkiewicz

I'm using the Laing DDC Ultra... According to manufactures specifications they should maintain a high flow... Also the Danger Den Water blocks shouldn't restrict the flow that much... I Added another fan to the 120 last night and the temps dropped to around 40-42C...

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Oh i have no problem with what your doing.. It's also looking good.

Dejanh and i are having an off topic discussion. Sorry about that i know it's bad.

That is looking very nice Malk :up:

Those cases look huge :)

Yeah... The pictures make the case look big but it seems small when you're working on it... Hopefully the rest of my parts arrive soon... Tired of waiting.... Well at least I have time to play with the MB....

Overclocked the CPU to 3.8 with HT avtivated... Nice temps IMO.... Hoping to keep the same temps @ 4GHz

http://img31.imageshack.us/img31/2339/i738ghzj.png

I'm just finishing up a build with that same case, but it's all air, but i have to say
I love the case it's so sexy, :surf:

the only mod i did was to paint the outside/window side of the cd/dvd cage black to blend more with the color of the
case, it stuck out to much but left the rest brushed alu....

very nice job your are doing, v/impressed!

I agree... Out of all the cases I've seen or worked with - this is my overall favorite and I was disappointed when they redesigned it... Do you have any pictures of your case with the painted cage... I was thinking about doing that but I wasn't sure if it would look good...

Another Update: Running Stable @ 4.189Ghz..... Same voltage.... Same temps..... Still having problems with my GPU Temps (Second Loop - Rad Only) - they're running cool at idle but when I stress them out the temps go from 38C to 65C after about 30mins and the liquid stays around 40-42C.... Hopefully I'll have time to change out the radiator tomorrow...

Not a bad score IMO - Both 8800 Ultra GPU's are stock - haven't OC'ed them yet...

http://img30.imageshack.us/img30/6062/3dmark4189ghz.png

Quote:

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Originally Posted by malkiewicz

I agree... Out of all the cases I've seen or worked with - this is my overall favorite and I was disappointed when they redesigned it... Do you have any pictures of your case with the painted cage... I was thinking about doing that but I wasn't sure if it would look good...

Another Update: Running Stable @ 4Ghz..... Same voltage.... Same temps..... Still having problems with my GPU Temps - they're running cool at idle but when I stress them out the temps go from 38C to 65C after about 30mins and the liquid stays around 40-42C.... Hopefully I'll have time to change out the radiator tomorrow...

Not a bad score IMO - Both 8800 Ultra GPU's are stock - haven't OC'ed them yet...

http://img199.imageshack.us/img199/3438/3dmark4ghz.png

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I'll take some pictures tonight, I only painted one side that can be seen and left everything else brushed, i just felt that the brushed cage flat took the focus away from the motherboard and components and painting that one exposed part black made it blend and now it takes your eye directly to the motherboard which should be the focus... :up:

Wicked rig! I'm stunned and jealous :up:

Those are some impressive temps.

Temps Still Okay... OC'ed to 4.4Ghz @ 1.425v............ For some reason Core 0 runs 5-6C hotter under Prime 95???? Tried higher OC's but the Coolit system just can't keep up with volts over 1.45... Prime hit the mid 70's after about an hour... 4.4GHz is good enough for me... Ooo and my computer overloads my 750 watt UPS system every time Prime95 starts... Looks like its time to upgrade...

Edit:\

Note: Removed the old 120 radiator and replaced it with my 360 - Temps on the second loop are back to normal... :)

http://img31.imageshack.us/img31/5553/3dmark44ghz.png
http://img98.imageshack.us/img98/5816/i744ghz.png

Update: Decided to insulate the TEC reservoirs... Used some Armaflex 2" tape and I couldn't be happier (Looks good IMO)... I wasn't expecting much but I was able to decrease my temps by 3-4C @ Idle & 2-3C under full load...

http://img196.imageshack.us/img196/2282/cimg1627h.jpg
http://img196.imageshack.us/img196/517/cimg1628l.jpg
http://img196.imageshack.us/img196/2734/cimg1629x.jpg
http://img196.imageshack.us/img196/6309/cimg1633z.jpg

Temps @ Idle 4.2Ghz with HT Activated...

http://img8.imageshack.us/img8/118/coolittemps.png

Damn, I can't see any of these pictures at work. My job blocks picture hosting sites for some reason. Can't wait to get home and see this project.

Making a few more changes - Adding another Freezone Elite... I'm thinking about changing the direction of the top fans... I had them facing down originally with the freezone and it acted like an air conditioner... I couldn't believe how cool the case got plus 1 freezone should be more than enough to keep the NB/SB/GPU cool with the radiator in place performing like an air conditoner...

http://img150.imageshack.us/img150/9...oneelitex3.jpg

I'm also going to add some Enermax Twister fans... Very quiet and they push a decent amount of air..

http://img521.imageshack.us/img521/2774/cimg1640.jpg

Quote:

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Originally Posted by malkiewicz

Update: Decided to insulate the TEC reservoirs... Used some Armaflex 2" tape and I couldn't be happier (Looks good IMO)... I wasn't expecting much but I was able to decrease my temps by 3-4C @ Idle & 2-3C under full load...

http://img196.imageshack.us/img196/2282/cimg1627h.jpg
http://img196.imageshack.us/img196/517/cimg1628l.jpg
http://img196.imageshack.us/img196/2734/cimg1629x.jpg
http://img196.imageshack.us/img196/6309/cimg1633z.jpg

Temps @ Idle 4.2Ghz with HT Activated...

http://img8.imageshack.us/img8/118/coolittemps.png

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Pardon my ignorance, but can you explain why insulating the TEC's decreased your temps? I have a coolit boreas and am wondering if it will have the same effect for me. I happen to have that same exact insulation tape

Insulating the reservoirs keeps it cooler by reducing heat exposure (i.e. Heat sink, heat from other internal components to include warm air traveling past them).... Keep in mind "Do not cover the screws" they absorb allot of heat from the heat sink and cause your support brackets to heat up thus warming up your reservoir... The tape doesn't actually cover the TEC - Just the Blue Reservoirs and yes it should help reduce your overall internal coolant temps (Ooo and this helps to eliminates allot of condensation.)

Hope this helps...

Try something a little different... Going to use 12 TEC on 1 Coolit Freezone Elite... This will be similar to the Boris project on this forum... The heat coils will be used to cool the lower side and a radiator for the top....

http://img137.imageshack.us/img137/8038/coolitv.jpg

Please share your opinions............