The "Backplane" for the radiators. The servos are placeholders until I come up with a better linear actuator.
The "adapter" for the radiators. This is needed so I can adjust the position of the QDC fittings and pretty final.
Closer look at everything without the frame. The "distro" is just a placeholder until I find a nicer layout for the channels.
A closer look at the reservoir. The horizontal pipe will be used as in-/outlet and is connected to the tube which connects with the distroplate.
"Exploded" view on the reservoir.
[TJ11] Parabellum
Hey there. :)
Since I finished my TJ11 mod I'm working on the next iteration of it. At the moment pretty much everything only exists in CAD, but if I'm lucky I'll be able to get started in a couple of months.
The basic idea is to create a watercooled system with modular elements which allows me to uninstall the main-components without draining the whole loop. Since the TJ11 is quite big and heavy I have some difficulties with bleeding the loop and moving the whole thing around.
Everything you see is work-in-progress and subject to change. I still need to fiddle around with some details and most of the parts will need some prototyping. So, no idea how long it's going to take until I finish this one. I consider it to be a long-term project, most of the stuff will be painfully time-consuming.
So it's done when it's done. ;)
I hope you like what you see and consider to give me some sweet, precious feedback. I'm always open for new, cool ideas and really would like to hear what you think.
Color(s): Black Brass Silver
RGB Lighting? No
Theme: none
Cooling: Custom Liquid Cooling
Size: ATX
Type: Virtual Build
Build Updates
Update 1
Recent Changes:
Widened the case by ~30mm so it can fit an ATX PSU.
Remade the sidepanels for better ventilation.
Added ventilation holes in the outer shell and three top fans.
Made a mount for the Aquaero.
Remade the radiator-backplane to fit again in the front.
Simplified the reservoir-midplate adapter for easier manufacturing.
Remade the sleds for the mainboard-tray for easier manufacturing and better usability.
Complete overhaul of the parts for the case itself, now everything consists of individual elements which actually can be manufactured. :)
Still open:
Find a neat way for actuating the QDC-fittings.
Redo the whole distroplate for cleaner, nicer looking runs.
Remake the mainboard-tray QDC adapter and integrate the filter.
Implement a quick-release mechanism for the fan-connections.
Hardware
No hardware assigned to this build yet.
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