Watercooling by Malik

[tool_462]

I got a question , you migth find it stupid LOL

In the picture i see that the water or the coolant goes by the res to the pump then to all the blocks and finaly to the radiator, how does the water gets back to the reservatory ????

I see no tube getting back to the reservatory , sorry if its a stupid question..

Can you explain me the scheme of your watercooling system ? thanks

It comes out of the bottom graphics card block and back to the res.

[Raiden]

It comes out of the bottom graphics card block and back to the res.

Hum interesting , i should have done the question this way , how does the water goes out of the rad , i see only 1 tube so i guess it goes up and then down again by the same tube to the blocks and back to the reservoir.. really interesting ...

I just wanted to know the scheme of his watercooling , thanks.

[Main]

Hum interesting , i should have done the question this way , how does the water goes out of the rad , i see only 1 tube so i guess it goes up and then down again by the same tube to the blocks and back to the reservoir.. really interesting ...

I just wanted to know the scheme of his watercooling , thanks.

Yeah - out from the rad - vreg's - vreg's -cpu - ram - nb - gfx - gfx - res - pump - in to rad


A helluva bad way to do the loop imo - but this is all about visual pr0n (how do my dye look, how do my lines look, is my pictures good stuff)

[Malik]

The loop is:

Pump - FlowMeter plus Temp Sensor - Rad 1 with temp sensor - Rad 2 with temp sensor - mof 1 - mof 2 - CPU - Ram - NB/SB - GPU 1- GPU 2 - Res - Pump

I don't agree with Main. There is no difference in perfomance of loop - when i change sequence of block, rad etc.

In this set i have 240litr/h in 100% power of pump. So all works very fine, temps are very good and the most important - im very pleased

[Main]

The loop is:

Pump - FlowMeter plus Temp Sensor - Rad 1 with temp sensor - Rad 2 with temp sensor - mof 1 - mof 2 - CPU - Ram - NB/SB - GPU 1- GPU 2 - Res - Pump

I don't agree with Main. There is no difference in perfomance of loop - when i change sequence of block, rad etc.

In this set i have 240litr/h in 100% power of pump. So all works very fine, temps are very good and the most important - im very pleased

I'll tell you the loop configuration will be cruicial when a overvolted i7 920 hits 3,8GHz
Dye's are also a big nono - as we have seen numerous proofs on.

That said - you make some of the best hw pr0n around

[seba84_2005]

I'll tell you the loop configuration will be cruicial when a overvolted i7 920 hits 3,8GHz
Dye's are also a big nono - as we have seen numerous proofs on.

That said - you make some of the best hw pr0n around

Same loop, any questions?



Pump -> rad 2x120 -> rad 3x120 -> mof 1 -> mof 2 -> CPU -> NB/SB -> Ram -> GPU's

[Main]

Same loop, any questions?



Pump -> rad 2x120 -> rad 3x120 -> mof 1 -> mof 2 -> CPU -> NB/SB -> Ram -> GPU's

no question - I wouldn't watercool a 2,66 that does 4,2 with the standard aircooler - even a lot of C0's does that
Maybe ask yourself what your D0 would have done with the proper configured loop ??




As you might see I wrote wrong to Malik - I meant 4,8 off course

[martensch]

hey malik still looking very good!! but i see the problems...

i got a question, wherefrom did you get the ram cooler for the GTX280? I am looking for it because i`ll soon have a GTX280 and i like the look of the back cooler very much, but i don`t find the cooler anywhere... I wrote Eddy a mail, because i even don`t find it in his shop, just on the coolingconfigurator page...

thank you for your answer and keep up the good work.

cheerz

[Malik]

I bought him about 6 months ago in aquatuning shop.

[martensch]

hmm then i need to get in touch with shane... (AT in CH) maybe he can organize one...

thanks for the answer.

[Malik]

Now that looks like this: