Electronics Enclosure

prusaprinters

<h3>Electronics Enclosure</h3><p>This is a small, fully parametric, electronics enclosure. It is very well vented, and is therefore suitable for power supplies.&nbsp;</p><p>The enclosure is written in the CAD language <strong>OpenSCAD</strong>. This project is at the limit, of what can usefully be done with <strong>OpenSCAD</strong>: The preview of all parts together takes 6 seconds, to render all parts, takes about 6 minutes.</p><h3>3MF</h3><p>The <code>*.3mf</code> files are sliced for 0.6 mm nozzle diameter, adaptive layer height, and PETG. No supports are necessary. They have been printed with a <strong>Prusa MK3s</strong>.</p><h3>OpenSCAD</h3><p>The <code>*.scad</code> files are a program for the CAD language <strong>OpenSCAD</strong>. They depend on<br>each other. Together they are a computer program, that defines the geometry of<br>the enclosure.</p><p>There are currently two main programs:</p><ul><li><code>src/z-enclosure-print.scad</code>:&nbsp;<ul><li>The enclosure configured for the small LED power supply <i>"MEAN WELL APV-8-12"</i>.</li><li>There is a hole for a power switch on the front, the cables exit on the rear.</li></ul></li><li><code>src/z-enclosure-print-mw-lpv-35-12.scad</code>:&nbsp;<ul><li>The enclosure configured for the LED power supply <i>"MEAN WELL LPV-35-12"</i>.</li><li>There is no power switch, the cables exit on both ends.</li><li>This configuration is a bit flimsy. It would benefit from higher ribs (bigger factor in function <code>get_rib_height</code>), or additional screws to hold the enclosure together.</li></ul></li></ul><p>Both files contain all parts of the enclosure arranged for printing.</p><h3>Links</h3><p>The git repository is in:</p><p><a href="https://gitlab.com/eike-welk-projects/3d-print/electronics-enclosure">https://gitlab.com/eike-welk-projects/3d-print/electronics-enclosure</a></p>