water-cool question parallel

[freek117]

hallo    (sorry for the bad spelling i'm dutch)

 

i'm going to watercool my pc  2 gpu's and cpu,mosfets and chip

for gpu blocks i got EK 980 gtx and for the motherboard i use the bitspower msi x99 sli plus block

 

now the question can put them in parallel 

because  it will look better  but that wont work always 

 

so the plan is pump/res go to the gpu, gpu2, cpu, chip and mosfets in parallel

than back to a 480 rad then a 240 rad  and back to the pump/res

 

 

hoop you guys follow what i'm trying to tell

 

 

[McHox]

i don't really understand that pic but yes,you can put 2 gpu's parallel^^

[CapricaBuccaneers]

I think he's trying to ask if it's advisable to put it all on one custom loop with two pumps and radiators. Seems ok from what I can see.

Edit: Maybe he meant one pump, not sure. In which case it might be necessary to put two pumps depending on their strength.

[W-L]

-SNIP-

Welcome to the Forums!

 

As for doing parallel loops like that it's not an issue and can be done the only thing is to try and get blocks that have very similar restriction if your very particular about flow.

[freek117]

how would i put it  if i add this to my loop

in parallel with the gpu also in parallel would that work?

 

 

and for the other pic the yellow is the tube so the say    (view first post)

1 high pressure pump res combo  

in the bottom i got 2 rads (the rad are in serie)

[freek117]

hopefully  this makes more sens 

this is my rig   and the loop i want

but is it possible   

 

and there would by 2 rads  but this was easier to draw 

[OddsCrazyStuff]

You are not the first that had this idea, but it should not make any difference doing it that way compaired to the "normal" way of doing it.

 

Here is a picture of someone else that decided on this method.

[freek117]

Oke awesome and it doesn't mater if the chipset and mosfets are in the same loop like the waterblock in 2 post here above

Because that was my main concern

[qhgf]

I wouldn't put all of them in parallel, the "flow will split equally among all of the components" property only works when the blocks have the same resistence, because fluids take the path of least resistance, you might end up with your CPU block getting more flow than your GPUs do because the block is less resistive. If there's a way that you can make sure all of the blocks have the same or relatively similar resistance, then you should be fine.

[OddsCrazyStuff]

I wouldn't put all of them in parallel, the "flow will split equally among all of the components" property only works when the blocks have the same resistence, because fluids take the path of least resistance, you might end up with your CPU block getting more flow than your GPUs do because the block is less resistive. If there's a way that you can make sure all of the blocks have the same or relatively similar resistance, then you should be fine.

Just had to dig around for the threads I saw about it and it seems to be true for parallel loops that goes beyond same blocks (like 2 GPUs).

If you dont have same or close to same resistance blocks, so wont it work properly.

 

My basic instinct for that though is wrong, comes from people complaining that the problem exists when you have 2-4 identical GPU blocks in parallel. Which is confirmed to be wrong.

[freek117]

Oke thank to all for the help

And i think i'm putting it in serie

i'll put a picture up when it is finished