I have actually moved it about my shop. Surprisingly not difficult.
First I detach the wires to the fan controller. After draining the systems, I disconnect the easily accessed hoses behind the mother panel. That is all that connects the 2 radiator panels to the other 2 panels. Then I simply undo the screws of the hinges and I end up with 2 sets of 2 panels, which is easy to carry about, and even still stand on their own.
I tinkered with the idea of quick-disconnects for the hosing, which would save me a lot of hassle as I wouldn't have to drain the system to move it. But it looks to me that 3/4"OD quick disconnects would introduce too much flow restriction. Draining the systems is really not that difficult as I have added taps to the drain ports of the radiators.
Could you use quick-disconnects without built-in valve (similar to quick-connect on garden hoses). Possibly use ball valves either side of them. Still restrictive but not near as much as valved quick-connects. Just a thought.
Those do look less restrictive, but since bleeding the system (and as I will show, I have had to bleed the thing multiple times to track down a leak) is not a big deal, I didn't want to take the performance hit.
Time to start putting together all the wiring.
I needed to build a custom wire to provide 5v power to all my temperature probes.
Sleeved it out:
And here it is installed with some labels of other wires running around the back:
Red = 5v power to temp probes
Blue = wires to pumps
Purple circle = silver cables to all the fans
Fire the system up and make sure all my temp probes are functioning:
But I’ve got to get that cable mess cleaned up a bit:
I’ve found that cable organization, you’ve got to all different kinds of techniques to get clean results. I group cables that run together in visible areas and organize them in lines that make sense. I use multiple different types of cable clips. And I find ways to hide excess wire lengths in bundles.
Next I turned my attention to the PSU cabling.
I’ve got all kinds of data and power cables running between these 2 panels.
I also pre-wired up power and SATA cables for 6 hard drives. That way when I transfer over my main system components, I can just hook those bad boys right up.
I decided to try out a new product to organize these cables:
Worked pretty much as advertised. I cut with a stout pair of tin snips, then melted the ends with a mini-plumbers torch. Edges are not very pretty without a hot-knife, but it was fine for me as this is on the backside of this mod. Without a ht-knife, you could wrap the ends with some velcro strip.
That was really neat how you made your own clips, thanks for the up dates Navig. Coming together now nice, this is the best part filling and the old 24hrs leak testing!!! AJ.
At this point in the build, I suffered a few significant setbacks.
First, my fan controller burnt out, thanks to jab-tech replaced, then upgraded to the Lamptron touchscreen controller.
At the same time, I had to deal with a leak from one of my Swiftech Maelstroms.
After running loop for a while, I would get tiny tiny droplets, seemingly from this general location:
In fact, I managed to get an actual pic of the leak:
Given the location, I immediately suspected the seal between the pump and pump top, as this was the Maelstrom where I mounted my previously bought MCP35-x. But after rebuilding it several times and checking the O-ring, it persisted.
So I completely disassembled the Maelstrom, which turns out to be quite easy. After taking off the cap and scooping out the bubble sponge, there is a nut that compresses a nipple fitting that holds the pump top to the reservoir.
And this revealed the source of the leak:
If you look carefully, you can see that the black wire had strayed into the area between the pump top and reservoir (getting flattened) and opening enough gap to let a tiny bit of fluid past the O-ring. Easy fixed!
Well my system was go to go. Ready to change out the mock-up parts and make way for a real system.
But first I needed to move it across my shop to the corner where I take my photos. I’ve had a few questions about its portability, so here’s how I did it:
1) Disconnect all the wires from the fan controller (actually this step I was also changing the fan controller to the Lamptron touch screeen).
2) Drain and disconnect the tubes from behind the motherboard.
3) Undo the hinges between the radiator unit and the mobo/device panels.
This has been my first watercooling system in a while (last was my Exoframe)
While I’m no expert seasoned watercooled expert, 2 little tips I’d like to share!
Tip #1
I cut all my tubing with--a standard Home-Depot pvc pipe cutter.
Not really designed for this application, so you have to maintain pressure on the jaw blades to ensure the ratcheting mechanism closes. But its cheap, most people have one laying around from DIY projects, and it makes super clean cuts:
Tip #2
I also had one of these tools around, for DIY house projects. It’s known as a strap wrench:
This allows you to tighten fittings without scratching them, say with a wrench.
It’s a little big for computer case fittings, but it still works great.
The last thing I fabricated was something that actually won’t show up much on the final pics for this system: dust filters.
Aesthetically, I don’t really want to be covering up my lovely radiators, but as this is going to be my main system, its got to have some dust protection.
I really enjoyed watching this build project grow from day one, congrats on all the hard work plus effort! Will wait to see where its final resting place will be. AJ.
Sorry for taking so darn long on this build. Altho simple in concept, essentially I had to "re-invent" the wheel for pretty much every component on this build.
Okay, time to start installing the real hardware!
Got my mockup board (fully functioning IP35) off, and going with a Asus Maximus V, i3770k.
Actually, first I tackled the video card, evga GTX 680. We’re putting on an EK full coverage block with backplate.
Then transferred the cpu block, again EK (supremacy acrylic):
I'm using Phobya HeGrease as my TIM on both blocks.
Put’er up on the rack:
Had to re-cut the tubing, but really only in these short runs from the bulkhead to the blocks:
Install some hard drives:
That’s the beauty of the modularity and openness of this system. LIterally went from mockup parts, to a fully installed, ready to power-up system in one hour.
And here I fired it up for the first time:
The system is over in this corner of my shop, where I got some nice plain walls. This is where I take all my nice hi-res, closeup pics of my completed builds. Ultimately, this one is destined to be in my office as my main system.
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