Corsair 900D
 

Sure looks pretty to me :thumbsup: Price not too bad either, considering :D

http://www.amazon.com/Corsair-Obsidi.../dp/B00B1R8JT0

I'll be damned if I can follow the plumbing though :Dizzy:

That is a nice build,

Oh no, there goes Tokyo .......... :thumbsup:

it is a really nice case!

looks lie theres two loops 480 is for the gpus and the 360 on top is for mb and cpu

wish i had a rig like that :blush:

should have used Crystal link on the GPU's so you could see the red goo

The top is a 480 too .......... :thumbsup:

The return for the MB must be behind the MB

Top rad down --> CPU --> Mosfet block ---> Res --Top GPU --- 2nd/3rd GPU --> Bottom rad ---> Pump -- 2nd res -->

I guess after that back to rad1

Although that loop is not functional since the res should be attached to the intake port of the pump not the output...


EDIT: Found a larger pic, there is two pumps and hte special pump top for dual pumps. Its still oriented incorrectly.

it's right .......

pump/res/sorce/rad/pump on both loops :)

The res is attached to output of pumps. It might function but it is not "right" how would you bleed the loop? As soon as you uncap the res the loop would stop n'est-ce pas?

Hmm actually it would drain the loop as it would be forcing water into the res, but without the pressure of an air tight seal it would not be forced out through the res's tubing...

Hmmm,,,,,,,,,,,,

Edit:

Sorry Rich, the res is passive

think about it and you will see what I mean

Picture a bucket of water with no lid, as long as the water level is above the intake and outtake it remains passive

I do understand what your though process is here, one could argue the loop would drain onto the res, and even overflow it, but with the lack of air behind it gravity is just an idea.

Example.

Take a straw, dip it into your soda, when you pull it out their is no soda in the straw, leaving density out of the equasion.

Now if you put your finger over the end of a straw and pull it out the gravitaional pressure measured at 14PSI and change is not present, hence you see the soda is still in the straw & you can get a nice cold drink with out picking up the glass ......

Not sure if this makes any sense at all though and I may just be babeling ............ :ohcrap:

I can fit a Feser 3x140 in the top of my 800D, but not quite a quad (close though). If i cut out the bottom drive bays I could fit a 240, but wtf good is that :P Too bad it costs so much :ohshit:

yea the 900 can do 2x 480's and 1 x 240

one could argue a 280 would fit up front if you dump the HD bays

Love you witchy. But I disagree. I am not worried about the top rad bleeding out although.. you totally made an awesome point there I totally missed, you are right, air bubbles will become a major issue in that setup. Now I am worried about it


It seems so obvious maybe you are overlooking it? Maybe it is me? I dont know.

I do not have WC stuff laying around to show you why it wont work.

I can tell you this. low power DC Pumps do not like resistance. that is a high resistance setup (not because of the rad/block config although that is true too) the slightest leak in that loop drops pressure enormously because the pumps are not pushing water through the loop they are pressurizing the resevoirs and the "passive" res are pushing water through the loop.

Crack a cap on the res, the PC over heats and shuts down, probably not before the res bubbles over though and short circuits something.




Could you imagine trying to circulate water in a pool by sucking water off the top and shooting it up through the bottom? (Of course in this example we would need a separate pump to be sucking water off the top because there is no pressure being generated just a lot of bubbles).

No of course not that is an open loop system. the PC system is closed loop and does not matter.


I get your point, (the weight of the water in the loop keeps the pump primed), I think you are missing mine, in that, my making the resevoir an active device you are required to increase pressure to the point of air pushing the water through the hoses instead of the water. since water does not compress, you are adding a resevoir for no reason at all. You cant bleed the loop because as soon as you crack a seal the air pressure drops and the water stops flowing.

EDIT: huh?

You are probably right, let me think through this again as I can't seem to wrap my head around this ???

I am not the sharpest knife in the drawer ............... :ohcrap:

Where's the bigger picture ?

Edit,

I just bought (2) of these for an upcoming build. Wouldn't this be the same differentce as the set up in the pic other than the D5's are intergrated ?

http://www.overclockaholics.com/foru...1&d=1360233841

Wow I am blind.. the res in your pic is sitting atop the inlet of the pump, so no, it is a different configuration. that one is correct. Water moves into the res, through the pump and back out not, into the pump up into the res and back out...





Properly mounted res on dual pump top

http://www.xtremesystems.org/forums/...1&d=1260642876

LOL ........... look again 655 :laughing:

LOL yeah I noticed nd fixed it:ohcrap: