As I have already described in detail, I choose metal for the material of the case. This is not only because we are dealing with high temperatures, but also because of the safety aspect due to the grounding. A conductive enclosure always looks forward to a working RCD. Since we need various cutouts and drillings in the case, I first had to drive to the locksmith’s shop I trust, because I’m as far away from metalworking, especially when it’s supposed to look like something, as I am from ballet dancing.
So after test fitting all the components into a physical test of the build space, I drew the planned machining locations on the case. After one day I got my case back and the machined areas were good, but the case lacquer was unfortunately scratched. It would have been nice if they had at least put a mewa rag under it in the locksmith shop. Next I check the cutouts for fit and at least on this parameter there is nothing to complain about.
In order to marry all the components securely and attractively to the case I also got all the possible mounting components like screws, nuts and threaded rods in M3. By the time the case was in its final stages, it looked like this:
On the left side we see the case, which I had to paint again because of the locksmith, the right half of the picture shows the mounting plate for the cooler, which will be directly under the heat core.
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