I want to show you my Watercooling !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

Hi,
Sorry i don´t have "email notifications" get.
I have my Site extended with pictures of the GermanCasemodding Championship and my water cooling history is also finished for Computer 1.
Perhaps you write something in the guestbook, that were fine.

www.mrgreen.info

Greetings
mrgreen
 
alphacool = restrictive

lots of pipes, 90' bends and useless blocks = about as easy as passing liquid through a whale

lots of pipes, 90' bends and useless blocks + alphacool= more restrictive than the great wall of china.
 
One like it so and other not. It´s normal, but the most they like Acyling cases they like my too.

mrgreen
 
I´ve six Blocks.
2 HDD Cooler
NB
CPU
GFX GPU
GFX RAM
one Pump with one Loop and one passive Rad.

mrgreen
 
two HD-Backpacks, one water fan like this
repack_waterfan_big.jpg


one CPU, one GPU, one Gfx RAM, one Northbridge and one of this

fl80uv_r.jpg


mrgreen
 
andy8271 said:
personally im not a fan of acrylic cases but it seems like the temps aint bad considering how many parts youre cooling.

But as MikeTimbers pointed out, the CPU temp can't be below the water temp :confused:

I'm thinking the sensor's are wrong...

Looks pretty sweet though :D
 
Not that m/b sensors give accurate readings anyhow ;)

It's very very european, small bore, lots of blocks and heat exchangers. In the UK / US it's mostly 1/2", CPU & GPU only and rads / cores.

But looks ok, each to his own :)
 
All those sorts of programs do is read off your motherboards sensors so if you have a dodgy sensor it doesn't matter what program you use. Get a proper seperate temperature probe - that'll do the job. And yes, it's true that the cpu temperature cannot under any circumstances be cooler than the water temperature.
 
Forget what you think the sensors are saying. If you blow on a heatsink, can the cpu be colder than the air that is passing over the heatsink? Even if the cpu is off, it can't!

So either your water sensor is after your cpu and gpu, in which case it's useless, or your sensors are wrong. In fact, the only place it's worth having a water sensor is after all the heat outputs (radiators) and before all the inputs (blocks, pump). Then you know the lowest possible temperature for your cpu. BUT! The actual lowest temperature will be the CW rating of the block for your rated cpu PLUS the water temperature allowing for the flowrate.

e.g.

100W cpu
block with a cpu rating of 0.12 at your estimated flowrate
water temperature of 25C

Minimum possible cpu temperature is 12C over the water so 37C.

In this example, it is not possible for it to be lower than 37C. Period.

And in any rig, at any flow, with any block and any radiator, it is not possible for the cpu to be colder than the coolant.
 
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