Try reversing the flow. The way I see it, the water will pass through the radiator (slightly warm from the CPU), then it'll travel to the GPU blocks and pick up even more heat, then it'll pass through the pump which will heat it a bit more, and then you'll have really warm water passing to the CPU again. I think the opposite flow direction would be better. But thats IMO.

 

IDK about ur water cooling, but that picture is the most beautiful peice of art ive ever seen i'll take it for 1,000

 

no but in the pic there is no Reservior where does the Reservior come in ?

 

No need for a res if you have
a
t-line. But put the t-line before the pump inlet.

 

This is how its done.

BTW,with two GPU's you may face some heat problems on the second GPU. It wont overheat,it just may not achieve as high a clock as it could with better cooling. A 2nd Rad either before the first GPU or after it will solve the problem.

 

ok im so confussed where does the liquid go then..? im not going to use a t line i ment i was going to use this.

http://www.crazypc.com/Merchant2/mer...uct_Code=93440

ima use a res and a t connector can someone explane what i do lol.

 

here's my take on it

 

because this is what im getting pluse the 2 GPU blocks

Ok guys i found out what ima buy ima post up everything and tell me how it will perform.

Rad
http://www.dangerdenstore.com/produc...&cat=14&page=1

Pump
http://www.dangerdenstore.com/produc...&cat=23&page=1

Reservior
http://www.dangerdenstore.com/produc...&cat=28&page=1

CPU (Do i have to take out my motherboard for this?)
http://www.crazypc.com/Merchant2/mer...uct_Code=93031

Tubing
http://www.crazypc.com/Merchant2/mer...uct_Code=93251

IM sorry im just trying to figure out how all the liquid will flow will i need a T connector?

 

you don't need the T if you have a res.

*edit* your links don't work

*2nd eidt* Don't be sorry...everyone is here to help.

 

Snerps setup is the same as mine,only difference is Tline/Res. And suicide mayne,your crazypc link is a tline,you just route the tubing on either side,and then a tube to the top of the case.

 

Alright....PUMP-->RADIATOR-->PRIMARY GPU-->SECONDARY GPU-->T-LINE-->PUMP. Having the T-line between the gpu blocks would restrict your flow too much. If you insist on tubing it that way, use Y fittings...they don't restrict flow as much. Also, sinve you are using 68's, i would reccommend DangerDen NV-68s,,,they woud rectify the flow problem between the vidcards and they are highly efficient.

EDIT: Use a t-line, not a res. They are cheaper and IMO easier to bleed since they do it on the fly. After you first start your setup, leave your T-line elevated and uncovered for @ least 48 ours top bleed the system (while the pump is running of course). http://www.pimprig.com has a great T line makup in their guides that i use myself. Never had a bleeding/filling/spillag problem with it. and it looks really clean, and since i have a mid-tower, it doesn;t eat up the space of a res.

 

so a t-Line is like a Res? where u put water? where can i see T-Line products

 

Place the T line on the pumps inlet,That allows for easier filling and bleeding.

As far as order of components the "Best" set up is one where you have the least tubing and the least amount of bends,avoid the hype of rad placment,It will only result in a max of 0.5c lower temps and that can not increase performance even 1Mhz..A chip at 37c can not overclock any better then if it was at 37.5c . . So just set it up as eaily and efficiently based on tubing issues.

Also Using Y Fittings reduces flow and should be avoided.And I hope you are using a dual 120mm rad because that will handle 2 GPU and 1 CPU ,I know this from experence running 2 Xeon 2.4 @ 3675 each and a 6800 ultra.

 

you should take the Ts out because they will slow the flow down.

 

I would think it best to have two seperate loops or at least two rads your gonna have alot of heat in your loop.