Will the orientation of this poly T work with this T-line? My radiator will be place

[Big D]

Will the orientation of this poly T work with this T-line? My radiator will be placed on the bottom of my stacker case and the barbs to the radiator will be to the front of the case. Due to my pump being close in proximity, I was thinking of setting it up as dipicted in the illustration. The short end of the poly t will be facing towards the pump inlet, and the other ends of the poly t will be right above the barb to the radiator. Sorry for the crude pic.

http://img.photobucket.com/albums/v226/shootingblanks/1sx.jpg

[Grinch]

should work fine:toast:

[Okda]

AFAIK a 90" in ur loop will have a negative effect on the pump perfromance

[Fuzzy_3D]

AFAIK a 90" in ur loop will have a negative effect on the pump perfromance

Thats what I've been told too. You should have the water running throught the straigt section of the T line, and the "leg" of the T running to the fillport.

[creidiki]

yuup, thats a terrible idea, as far as flow is concerned. gotta make the flow go through the straight part.

[K.I.T.T.]

You want to set it up like this mate:

http://img.photobucket.com/albums/v673/ashish7949/wc.gif

[JoeBar]

Consider changing your loop to pump->rad->cpu->gpu->t-line->pump.

[tdunks]

ive heard that with gpu and cpu you get better preformandce putting a 2 y connectors in so it would be like: Pump-Rad-Y splitter-gpu and cpu-y splitter (join em again) -pump.

[creidiki]

you heard wrong.

[phelan1777]

a question I asked long ago and was told not advisiable.

Water would move in a path of least resistance, there for not cooling one chip as well as the other.

[creidiki]

not to mention youre halving the per-block flow with relative decrease in turbulence and heat transfer - c/w of blocks changes (improves) with flow.

[Fuzzy_3D]

You want to set it up like this mate

I like how you copyright your 1337 MS Paint job.

Would it not be better to place the T-line between the CPU and Pump, so its the highest point within the loop?

[creidiki]

No. Res/T-line always goes before pump inlet. Position of t-line/res viz. rest of loop as far as cartesian coordinates is irrelevant.

[Fuzzy_3D]

Does it matter of the Res/T comes before or after the Rad?
Im guessing it might with a Res, No?

[phelan1777]

Does it matter of the Res/T comes before or after the Rad?
Im guessing it might with a Res, No?


if you have just the Tline bfore the pump, then the rad, the water goes straight into the pump- just for filling. When you use pump-> rad the pump heat is dissapated before the water gets to the first block, so the water is at its coolest temp.

[Big D]

well I came across this picture in some gallery and it is going to look just like my setup but I will be using one vid card with a maze 4.

http://img.photobucket.com/albums/v226/shootingblanks/img22969mj2.jpg

[Kano]

According to maxx's guide you absolutely don't want a res or T-line after the pump. You want it right before. Otherwise it will deprive it of water.

[Overconfidence]

According to maxx's guide you absolutely don't want a res or T-line right before the pump. Because it will deprive it of water.
.... Right, because having a pool of water before the pump won't let the pump get any water at all :rolleyes:

[Kano]

Ooops, reverse what I said.

[warriorpoet]

You want to set it up like this mate:

http://img.photobucket.com/albums/v673/ashish7949/wc.gif
I helped you out with your tube crimping problem: :D

http://i2.photobucket.com/albums/y44/jpook730/l337.gif
;););););)

[ReD.SkY]

I helped you out with your tube crimping problem: :D

http://i2.photobucket.com/albums/y44/jpook730/l337.gif
;););););)


ROFL!!!!

[Okda]

LOOOOOL

very funny
I helped you out with

[Big D]

Would you have the fans pushing air from the case out of the radiator or pulling air throught the radiator into the case. The radiator will be on the bottom of the stacker pictured in post #16.

[phelan1777]

Would you have the fans pushing air from the case out of the radiator or pulling air throught the radiator into the case. The radiator will be on the bottom of the stacker pictured in post #16.

I would think that either way would not be a good idea. Pout the RAd n the back or top, and pull air through the rad from the case.

[ReD.SkY]

i think the bottom would be fine, pulling air from the outside, and pushing through the rad.

hopefully the case on the desk, or youre gonna ned some good dust filters.

[Big D]

its on the desk. so you would do pull through rad into case. would that rais my temps inside of the case. well i have a 120mm fan in rear and 80mm blowhole on top. one of my barbs to the rad is awfully close to the crossflow fan for my mob, so looks like that will be coming out. what 120mm fans do you recommend?

Papst 4312L 120mm x 32mm*55.9 CFM*30Db*
120mm x 38mm Sanyo Denki San Ace 109R1212H1011 Case Fan (102.5 CFM, 39 dBA)

[ReD.SkY]

Yate Loons!!!!


http://www.petrastechshop.com/12yalod1cafa.html

[phelan1777]

hehehe Sanyo Denki / San Ace 120mm x 38mm 109R1212H1011 Fans -
- 0.52amps @ 12V, 102.5 CFM, 39dB, Static Pressure: 64.7Pa

That will suck air our of your case :-P

[Big D]

should i have it setup to suck air into case to cool rad or should i have it push air through inside of case to outside?

[K.I.T.T.]

I helped you out with your tube crimping problem: :D

http://i2.photobucket.com/albums/y44/jpook730/l337.gif
;););););)
rofl... :ROTF:

You want to suck cool air from outside mate. If you push air from inside through it, you'll get warmer temps :)

[Big D]

Will the Sanyo Denki / San Ace 120mm x 38mm 109R1212H1011 Fans mount up to the danger den stacker shroud and black ice xtreme II that I bought? My old Evercool 120mm fan holes line up with the fan holes on shroud and bixII but these will not work because I cant mount the fan on the shroud and bixII due to the fan is one cast piece on the side.