SkyLakeBlue
New Member
- Joined
- Oct 20, 2017
TL;DR located below
Hi all, I have In Win 303 currently using an XSPC AX360 kit with regular soft tubing D5 Photon > CPU > RAD standard 3 way loop. This week, I obtained a new GPU with a built-in waterblock and I was thinking of adding it to the loop but this time I'd like to dive into PETG hardline tubing. I'm hoping to do it like the one pictured above.
Ultimately I'm looking to replace my old AX360mm Rad with a Cross-Flow version
Why would you want do crossflow? That's terrible. - I know it probably doesn't perform as well as a U radiator and the picture above already demonstrates a way to do it but the convenience & aesthetic of the x-flow radiator specially in regards to routing the tubes is something I'd be willing to sacrifice some performance for.
My goal is you see on the 1st picture the tubing between the CPU > 360 RAD - instead of traveling all the way to the right I could just hook it up near the left which is shorter, less tubing, neater, I like that. Also some have said that an cross-flow radiator has less resistance and better flow - please do correct me if I'm wrong.
To move on, the above is a quick view of max supported height and clearances for the chassis.
Currently the AX360 RAD is installed there and measures 40mm in thickness(h) + 25mm(h) fans = 65mm(h) combined. I know the guide shows a max of 70mm height but I could easily put another 25mm(h) fan to make it 90mm total and it's about 5-7mm from touching the glass side panel. I believe this clearance opens the opportunity to put a 60mm RAD with a 25mm fan:
Option A: 360 x 60mm RAD 3 x 120 x 25mm Fan (Push) Total Height: 85mm
Option B: 360 x 45mm RAD 3 x 120 x 25mm Fan (Push) Total Height: 70mm
Option C: 360 x 30mm RAD 6 x 120 x 25mm Fan (Push/Pull) Total Height: 80mm
For Option B I looked into push/pull configuration but the height brings it to 95mm and it looks like it's 2-3mm from touching the glass side panel - Though I could probably use slimmer fans but where to get slim high quality static pressure fans?
In additon to the 360mm RAD I'll also install a single mounted on the rear exhaust like in the 1st picture - The reason for the slim choice is because I don't want it to be bulky in that area and cover the left side of the mobo. Would it be useful or pointless to have such a slim rad? I prefer to mount the fan as push instead of pull like the 1st picture is that okay?
What do you guys think? Thicker RAD with single push config, Thinner Rad with push/pull config? Which option do you think is best? Please feel free to provide me with your opinions like an Option D or something.
Here is a showcase of the X-Flow Radiators from Alphacool I'm interested in:
[video="https://www.youtube.com/watch?v=8HeAYyfJC-8"][/video]
Finally I found that Alphacool has 2 versions of each of their radiators:
[url=https://www.alphacool.com/shop/radiators/active-radiators/20478/alphacool-nexxxos-xt45-full-copper-x-flow-360mm-radiator?c=20545]Alphacool NexXxoS XT45 Full Copper X-Flow 360mm radiator $87.25
Alphacool NexXxos XT45 Industry HPC Series X-Flow 360mm radiator $125.99
With a $40 difference between them I can't for the life of me understand what that "Pressure tested Industry HPC Radiator Up to 8 Bar (115 PSI) for demanding or industrial applications!" It looks like they're both copper so I don't see any difference @.@.
TL;DR
Summary of questions:
1. How bad is it to switch over to Cross-Flow from Standard-Flow RAD?
2. How THIC of a RAD should I use 60mm (push) / 45mm / 30mm (push/pull)?
3. Alphacool RAD Full Copper or Industry HPC?
4. Suggestions / Recommendations / Opinions will be much appreciated!
I know it's not much but I'll giveaway my AX360mm RAD and ships free (+6pcs - 7/16 ID 5/8 OD compression fittings) shipped free to the best answerer ^_^
Why don't you just install it on the bottom of your case supports 360mm? - The clearance below the case is not very good as the motherboard is 1mm to touching the bottom floor - The best I could do is install 3 x 120mm Intake fans which sit directly next to the motherboard blocking some PCI-E / PCI slots and all of the USB Front I/O Pins are covered. If I were to use mATX motherboard it may be possible but I'm not even thinking about replacing my mobo/cpu at the moment.
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