Summary
Now we have looked at and tested different approaches to a solution, I summarize the results here again. Unsurprisingly, everything is arranged quite logically one after the other, with the active cooling leading the way.
So cooling with cool air from outside the case cuts off best, as exhausted fans configured with air from the second chamber come a few degrees on top and the tunnels as well as inverted fans are about on par. You can't see it here in the picture, but in real life, the individual RGB LEDs of the fans are quite visible. In direct comparison, the EK Vardar S have a much more homogeneous illumination. From a purely functional point of view, however, you deliver exactly what you promise.
For the problem I described at the beginning, I now have several working solutions that can be combined without any problems. After spending so much time designing the fan mount, it would be a shame not to use it. If you want to do the same, you can find the print file here as well as CAD data to customize yourself:
I hope my little weekend project was interesting, even if you may not necessarily own the case itself. In my opinion, computers and 3D printers go hand in hand, as has been shown here once again. In addition, I would like to refer to my last project:
Eigenes ITX-Gehäuse aus dem 3D-Drucker – Selbstversuch, Bautagebuch und Benchmarks | Praxis
So feel free to let me know if more hardware x 3D printing crossovers are desired!
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