Overclock.net - An Overclocking Community

Overclock.net - An Overclocking Community (https://www.overclock.net/forum/)
-   Water Cooling (https://www.overclock.net/forum/61-water-cooling/)
-   -   Optimal Radiator/Fan layout for The Tower 900? (https://www.overclock.net/forum/61-water-cooling/1731100-optimal-radiator-fan-layout-tower-900-a.html)

Lukeyboy89 08-08-2019 07:56 AM

Optimal Radiator/Fan layout for The Tower 900?
 
Hey guys, i am getting ready to build a literal monster PC. I'm a little confused on which will be the ideal radiator/fan setup for maximum cooling efficiency.

What will be going under water:

2x RTX Titans
Rampage VI Extreme Omega
9990XE

Watercooling Gear:

Rampage VI Extreme Omega Monoblock (Covers VRM/CPU)
2x GPU Blocks (Full Cover)
2x HWLabs 560 GTX Radiators
2x Thermaltake PR22-D5 Silent Kit Pump/Res combo


I haven't purchased any fans yet. Ideally i would want to go Push/Pull because.. the build is already completely overkill, but unsure if i will have enough room.

Here is a photo of the fan/radiator layout. https://imgur.com/a/giYSO9T

andrewmp6 08-09-2019 02:11 AM

Fans depend on rad thickness and fpi on what rpm fan they need to cool right.How thick are the rads you going to use ?

Lukeyboy89 08-09-2019 05:19 AM

Quote:

Originally Posted by andrewmp6 (Post 28081250)
Fans depend on rad thickness and fpi on what rpm fan they need to cool right.How thick are the rads you going to use ?

54mm hwlabs gtx

ciarlatano 08-09-2019 08:11 AM

Quote:

Originally Posted by andrewmp6 (Post 28081250)
Fans depend on rad thickness and fpi on what rpm fan they need to cool right.How thick are the rads you going to use ?

And fin density (which is 16 fpi on these if they are Nemesis, or 20 fpi if they are not, btw). This can be more important than thickness. You need to take all aspects into account, not just a singular aspect.

@Lukeyboy89 - I'm all about the be quiet! SW3 high speed these days. Head and shoulders above every other 140mm I have tested (Noctuas, multiple Corsairs, eLoops, Vardars, etc) for rad use. Vardars and eLoops perform well, but the Vardars are nasty sounding, and eLoops howl in push/pull or with any restriction whatsoever on the intake side. Good info here - http://thermalbench.com/2016/10/31/b...h-speed-fan/3/

http://i.imgur.com/FoO8sMEl.jpg

anticommon 08-09-2019 10:31 AM

I've got the tower 900 w/7980xe @ 5ghz and 2080ti ~2070mhz/7960mhz along with 32GB 4000cl17. Two 540mm HWL GTX's w/6 fans each (4 push, 2 pull on top of each rad)and my CPU is ~50c normal load, 65c max load. GPU is 40c normal load, ~50c max load (with CPU pumping heat into the loop).

The fans I use are 8 SW3's and 4 ML 140 Pro rgb I had laying around from my previous build. Pump is a enermax neochanger (very powerful) and each block has a radiator feeding it for maximum thermal heat exchange efficiency.

Lukeyboy89 08-09-2019 05:09 PM

Thanks for the responses guys, I was more referring to which fans for intakes, which did exhausts for optimal thermal performance?

I assume having radiators as intakes is generally the way to go, but what about in this case where they will be blowing warm air into the back of eachother?

ciarlatano 08-09-2019 06:30 PM

Quote:

Originally Posted by Lukeyboy89 (Post 28082264)
Thanks for the responses guys, I was more referring to which fans for intakes, which did exhausts for optimal thermal performance?

I assume having radiators as intakes is generally the way to go, but what about in this case where they will be blowing warm air into the back of eachother?

In would still be recommending the SW3.

Lukeyboy89 08-11-2019 10:48 PM

Quote:

Originally Posted by ciarlatano (Post 28082340)
In would still be recommending the SW3.

Sorry, i will try and be more clear.

I'm not asking which fans to use, I'm asking what the optimal orientation would be. As in, both radiators as intakes, both as exhausts.. one of each.. etc.

Due the the position of the radiators if they are both intakes, they will be blowing air onto eachother, but it still may be optimal that way?

TeslaHUN 08-11-2019 11:37 PM

I had Tower900 in the past ,what i found to work best :
Both radiator intake (BQ SW3 HS fans @Push ), and i just removed the back panel completely so the heat exited passively there .

Moose-Tech 08-16-2019 08:27 PM

You want both your radiators on intake. I previously had one rad on intake (front) and one on exhaust (top). Temps were decent at about 17c delta.

I made them both intake and added an EXTRA 120 mm fan to rear (on exhaust with another 140 mm) and saw my loop delta drop about 5c.
-------------------
BEEN THERE DONE THAT - Double check that you can fit the HWL rads in there. They are 153 mm wide. I had to bust out the Dremel.
Also, if you can only put rads on one side, the most efficient setup is usually push.
-------------------
Like Tesla did, open up your back if need be to exhaust. I added an extra fan. However, leave a little restriction though to maintain positive pressure and then pay for GOOD micro filters.
Radiators love ambient air but hate dust. Good micro-filters on intake will save you a lot off cleaning later on.
-------------------
Tool Tip - If you have a set of Electrical Combo Strippers / Crimpers, they usually come with threaded bolt cutters on them (in the center). Check to see if they are metric or standard.
You can also buy them on Amazon. You can also buy multi-packs of various length radiators screws as well. Good to have when fitting out a case.
This can be a REAL useful tool if you need to shave a couple of mm off of a radiator bolt. Just remember to round the bolt off and file the thread back open after cutting. ;)


All times are GMT -7. The time now is 04:08 AM.

Powered by vBulletin® Copyright ©2000 - 2019, Jelsoft Enterprises Ltd.

User Alert System provided by Advanced User Tagging (Pro) - vBulletin Mods & Addons Copyright © 2019 DragonByte Technologies Ltd.
vBulletin Security provided by vBSecurity (Pro) - vBulletin Mods & Addons Copyright © 2019 DragonByte Technologies Ltd.

vBulletin Optimisation provided by vB Optimise (Pro) - vBulletin Mods & Addons Copyright © 2019 DragonByte Technologies Ltd.