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Does this flow diagram look good?

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Overclocking Expert

Just need one rad, do one first, check the second for leaks. You'd gain such a tiny bit with two rads, it's in percntages of gains for that heatload.

Otherwise just fine.

On your other thread, hopefully others can answer the questions (LOL) you had.

dreamphantom_1977 said:
Main thread-

http://www.tomshardware.com/forum/286312-33-8800-upgrad...

Here is my flow diagram- what do you think?

starts at reservoir: reservoir to pump, pump to gpu, gpu to top radiator, top radiator to bottom radiator, bottom radiator to reservoir,

http://i177.photobucket.com/albums/w237/Dreamphantom_1977/IMG_4085edit1.jpg

http://i177.photobucket.com/albums/w237/Dreamphantom_1977/IMG_4673edit2.jpg


reverse the flow of your pump and you're golden.

i4yue said:
reverse the flow of your pump and you're golden.


Wouldn't that dump the heat from my gpu into my pump? And wouldn't it put low pressure on the input of the pump? I thought both of those things were bad?
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The water temp anywhere in the loop is 1-3C difference anywhere. The pump actually makes heat too. The pump can handle it.

Res before pump is the only rule you have to follow.

Second if you can is rad then CPU.

The main thing is ease of routing tubing. Except res before pump inlet.

Pressure isn't important as is flow rate. but not enough pressure crates flow rate problems due to to much restriction and/or a weak pump.

Yeah, I was reading about flow rate, and I thought getting 1/2" hose would improve cooling, but I read thinner hose increases flow rate. So I might have been better off getting smaller hose.

But my pump is a powerful one, so hopefully it should do.

Conumdrum, do you think two radiators is gonna create to much restriction? I was planning on going sli in a few months, and I just want to make sure I get enough cooling. I've seen people running 2 or 3 radiators in there systems on the same pump, but Its rare to see people doing flow rate or temp comparisons, so I wasn't sure.

I tried to think about flow pressure in my diagram, I thought have the flow go from the gpu to the top radiator then to the bottom would help with that because the volume of the liquid in the radiators is going down towards gravity, and I thought that could help equalize the pressure a little bit when it is going towards the reservoir. Does that make sense?

Thanks. :) 

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Overclocking Expert

Rads add VERY little restriction, no worries.

Restriction increases with smaller tubes. So the flow rate with smaller tubes is less. Physics. The pump has to overcome restrictions from hose, angles, water blocks etc etc. You take ANY pump, restrict it enough, and the flow rate drops to zero. So dunno where you get smaller tubes increases flow rates.

Don't worry about equalizing pressure. It's a NON issue. It's never discussed at forums where world class overclockers hang out. Nada one bit. It's a closed loop is why.

Conumdrum said:
Rads add VERY little restriction, no worries.

Restriction increases with smaller tubes. So the flow rate with smaller tubes is less. Physics. The pump has to overcome restrictions from hose, angles, water blocks etc etc. You take ANY pump, restrict it enough, and the flow rate drops to zero. So dunno where you get smaller tubes increases flow rates.

Don't worry about equalizing pressure. It's a NON issue. It's never discussed at forums where world class overclockers hang out. Nada one bit. It's a closed loop is why.


Thanks conumdrum. :) 

I got the flow rate thing from this article, but I reread it and apparently I read it wrong. Good article though.

http://www.bit-tech.net/hardware/cooling/2007/08/22/wat...

Anyways, I feel a lot better about my setup. Can't wait till I get it all up and going. I'm stoked. :D 
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