Waterloop solved? Maybe

[TBNRunity]

Okay, redid my loop and I wanted to know if this would work and if there is anything I should change. This is also my first time making models and creating a loop so bare with me

 

http://prntscr.com/5qjvtd

[TBNRunity]

@Leonard @airdeano 

 

Here, I redid the loop. I made it much simpler and cheaper as I feel duel res would be much too much of a hassle. Would this work properly?

[Leonard]

Okay, redid my loop and I wanted to know if this would work and if there is anything I should change. This is also my first time making models and creating a loop so bare with me

 

http://prntscr.com/5qjvtd

 

 

@Leonard @airdeano 

 

Here, I redid the loop. I made it much simpler and cheaper as I feel duel res would be much too much of a hassle. Would this work properly?

This would work too but it is now a single loop.

[TBNRunity]

This would work too but it is now a single loop.

Yea, I think i am going to go that route to avoid confusion and extra preparing

[Leonard]

Yea, I think i am going to go that route to avoid confusion and extra preparing

B)

[airdeano]

Here, I redid the loop. I made it much simpler and cheaper as I feel duel res would be much too much of a hassle. Would this work properly?

 

it would, but i'd start from the GPU(s) up to the CPU. bleeding operation would

be simpler as air will not travel downward to easy and trap a lot of air into the

system causing issues in temperatures and fantastically long time to have the

coolant level stabilize. air would eventually be captured in the radiator and not

to the reservoir but only as little micro-bubbles. at least if you go GPU-up, the

air would have a short trip to the reservoir.

 

dunna know what is going on in the basement on your revision "in and "out".

 

pump to GPU2, then to GPU1, then to CPU, then to rad, then finally reservoir.

 

hope that radiator is larger than a 360x 60?

[TBNRunity]

it would, but i'd start from the GPU(s) up to the CPU. bleeding operation would

be simpler as air will not travel downward to easy and trap a lot of air into the

system causing issues in temperatures and fantastically long time to have the

coolant level stabilize. air would eventually be captured in the radiator and not

to the reservoir but only as little micro-bubbles. at least if you go GPU-up, the

air would have a short trip to the reservoir.

 

dunna know what is going on in the basement on your revision "in and "out".

 

pump to GPU2, then to GPU1, then to CPU, then to rad, then finally reservoir.

 

hope that radiator is larger than a 360x 60?

Yea, I understand the water traveling up will be easier to bleed and get all the air bubbles out. I'll try to figure out some way to get around that. Also, in the basement I have it going from the reservoir to the pump to a basement rad out to the gpu, Will the rad below still offer cooling, I am assuming it will

[G9x001]

Yea, I understand the water traveling up will be easier to bleed and get all the air bubbles out. I'll try to figure out some way to get around that. Also, in the basement I have it going from the reservoir to the pump to a basement rad out to the gpu, Will the rad below still offer cooling, I am assuming it will

Yes the basement rad will still help to cool the system. And the loop you have is perfect.  (out of pump to lower Rad to GPU2 to GPU1 to CPU to top rad and returns to res.) 

[TBNRunity]

Yes the basement rad will still help to cool the system. And the loop you have is perfect. (out of pump to lower Rad to GPU2 to GPU1 to CPU to top rad and returns to res.)

Okay, awesome! Thanks a lot