Lian-Li PC-V2010 Water Cooling - Modified

Denis777

New member
Build my rig more then a year ago but added second GPU recently still deciding if i should add water cooling block on it...

Check it out let me know what you think...

Before anybody asks the reason why i went with Koolance: is like 15 minutes away from my house so buying Koolance products was convenient and cheaper i didn't had to pay for shipping
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Case: Lian-Li PC-V2010B.

CPU: Intel Core 2 Quad Q9300 (@ 3.38 GHz)

RAM: 8GB OCZ Special Ops Urban Elite DDR3.

Mobo: EVGA 790i SLI FTW.

GPU: 2x EVGA GTX 260 Superclocked.

PSU: Rosewill BRONZE series RBR1000-M 1000W.

HDD: Western Digital VelociRaptor WD3000HLFS 300GB.

HDD: Western Digital Caviar Green WD10EADS 1TB.

HDD: Western Digital Caviar Green WD10EADS 1TB.

Sound: Creative X-Fi Titanium Fatal1ty Champion Series / Logitech G51.

Keyboard: Logitech G15.

Mouse: Logitech G5.

Water Cooling Koolance Dual Loop:

Radiator: Koolance 3x + 4x.

Pump: Koolance RP-1000 + TNK-400.

CPU: Koolance CPU-340.

RAM: Koolance RAM-35.

NB/SB: Bitspower BLACK FREEZER 790i NB/SB All-in-One Water Block.

GPU: EK-FC260 GTX.

Volt Reg: Bitspower BLACK FREEZER MOS N79AP1 + N79AP2.

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Yeah i pay a lot of attention to details too but i just still can't decide either to add water cooling block to my second gtx 260 or sell my video cards and get two gtx 480 and then install matching water blocks heh

Id do it just so it matched, but then we all know what Im like for details
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what do you mean how come ? i don't know if that's going to answer your question but personally i don't think that ram sticks need water cooling they don't get that hot; but i did it because looks kool that way
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really nice how come you watercooled the ram aswell?
 
The only thing I can see that I would have personally done differently was put the cooling loop in a different order. It looks like you have the CPU after the RAM, or after the MOSFETs, depending on what direction your water is flowing. It's important (to me at least) to always have the most important part of your loop get the coolest water (ie. CPU and GPU(s)). Just a suggestion!

Edit: Same goes for the GPU loop you have, not sure if the GPU is before the Chipset or not, but I would definitely make sure that you've got the coolest water hitting the GPU before the chipset!
 
The only thing I can see that I would have personally done differently was put the cooling loop in a different order. It looks like you have the CPU after the RAM, or after the MOSFETs, depending on what direction your water is flowing. It's important (to me at least) to always have the most important part of your loop get the coolest water (ie. CPU and GPU(s)). Just a suggestion!

Edit: Same goes for the GPU loop you have, not sure if the GPU is before the Chipset or not, but I would definitely make sure that you've got the coolest water hitting the GPU before the chipset!

You got a point there water goes to MOSFET first then CPU you are right water first to the most important part or the hottest .... but because of the layout of the motherboard in order to make my tube run nice and clean was to first MOSFET then CPU any other way tube run would of look ugly ... so i traded little bit of performance for looks and personality i don't believe that it makes that big of a difference because MOSFET's doesn't get that hot so...

And yes water goes first to chipset and GPU but in that case its hard to tell whats more important chipset or GPU ... the chipset on my motherboard is NF200 which is known for getting extremely hot before i water cooled my system my GPU would get 80c on full load but my chipset up to 93c so i believe i am okay there because chipset is the hottest part.
 
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