Overclock.net - An Overclocking Community - View Single Post - [Build Log] The Big Red "Devastator" CaseLabs THW10 - Custom Powder Coating
View Single Post
post #94 of (permalink) Old 03-24-2017, 10:31 AM - Thread Starter
WaterCooler & Overclocker
Barefooter's Avatar
Join Date: Mar 2013
Posts: 2,548
Rep: 124 (Unique: 101)
Originally Posted by ruffhi View Post

Impressive work. And those RPMs are really low. If you run power for the fans from somewhere else (ie PSU), you can probably get 8 or more fans per channel.

Originally Posted by IT Diva View Post

This, Exactly . . . . .

Power the Hubby via the PSU, and set the control mode to PWM, and you'll have no issues running 1 full rad's worth, (8) per channel, and there'll be virtually no load on the A6.

Originally Posted by meson1 View Post

This is exactly what I'll be doing on mine. 33 fans total, controlled by the motherboard, but using several 8-way PWM splitters with the power coming directly from the
PSU. Well, that's the plan anyway.

Thanks for your input everyone, much appreciated! I have actually considered doing just that, powering the splittys/fans directly from the power supply, and just using the Aquaeros for control.

I am going to shorten the current pigtails on each fan, and change the sleeving. My plan is to make a custom fan wire harness for each channel, and not use any splittys. I would like to keep the fan wiring as clean as possible. With custom fan harnesses I'd just have one cable for each channel plugged into the Aquaero, and less wiring clutter. I have eight channels available, so I have enough channels to pull it off.

Here's how:
Channel 1 - Left top and front push fans - 6 fans
Channel 2 - Right top and front push fans - 6 fans
Channel 3 - Left top and front pull fans - 5 fans
Channel 4 - Right top and front pull fans - 5 fans
Channel 5 - Left bottom fans - 4 fans
Channel 6 - Right bottom fans - 4 fans
Channel 7- HDD cage fan and rear fan - 2 fans
Channel 8 - reserved for a something I haven't shown yet

The EK 140ERs are 2.3 watts each, and the EK 120ERs are 2.16 watts each. So that would have 50.6 watts on the Aquaero XT and 22.7 watts on the Aquaero LT. The Aquaeros are rated for 30 watts per channel, so they should be able to handle that. I could also rearrange the channels to even out the power distribution more evenly between the two Aquaeros.

I do have four splittys if I decide to power the fans from the power supply. The only really good place I have to put the spittys is under the top cover, or mounted to the back/center divider next to the Aquaeros where there is not going to be a lot of room. If I go this route I'll make custom length fan extension cables to go from the fans to the splittys.

Here's how I could set up the channels then:
Channel 1 - Top push fans - 8 fans
Channel 2 - Top pull fans - 6 fans
Channel 3 - Front push and pull fans - 8 fans
Channel 4 - Bottom fans - 8 fans
Channel 5 - HDD cage fan
Channel 6 - Rear fan
Channel 7 - reserved
Channel 8 - extra

Once I get the all the fans and radiators mounted up again I'll figure out which way to go.

(14 items)
Secondary Rig
(13 items)
Asus Rampage Extreme VI
2x EVGA 2080Ti XC Gaming
G.Skill TridentZ Royal 32GB 3600 16-16-16-36
Hard Drive
Intel Optane SSD 480GB
Hard Drive
Samsung 850 EVO 2TB
Hard Drive
2x Seagate Iron Wolf Pro 12TB
Power Supply
EVGA SuperNOVA 1600 T2
Hardware Labs Black Ice SR2 Radiators 4x 560mm + 2x 280mm
Aquacomputer Aquaero XT + Aquaero LT
2x Aquacomputer D5s with custom chrome plated Bitspower mod kits
2x Aquacomputer Aqualis 880ml Reservoirs with Nano Coating & Aquabus Interface
CaseLabs THW10 with Custom Powder Coating
Operating System
Windows 10 Pro
Intel Core i7-4790K
Asus Maximus Extreme VI
EVGA GTX 980 ti Classified
G.SKILL Trident X Series 32GB (4 x 8GB) DDR3 2400
Hard Drive
Samsung 850 Pro 500GB
Hard Drive
Seagate Desktop HDD 4TB
Power Supply
EVGA SuperNOVA 1300 G2
EK 420 Rad + EK 280 Rad
Corsair 750D
Operating System
Microsoft Windows 10 Pro 64-bit
Acer XB271HU
Microsofte Natural Ergonomic 4000
Logitech G502
▲ hide details ▲

Barefooter is offline