Meanwell LRS-350 / LRS-300 PSU Case (DIN rail mountable, The RIG)

This is DIN rail mountable (and standalone) case with protection cover for Meanwell LRS-350-24 PSU
4
23
0
170
updated January 16, 2025

Description

PDF

About Meanwell LRS-350-24 PSU Case


This is DIN rail mountable (and standalone) case with protection cover for Meanwell LRS-350-24 PSU.

This case is designed primarily as an accessory for The RIG — a DIY workstation stand for testing electronic components.

However, it's versatile enough to be used with any conventional 3D printer or other electronic devices and systems you may be building.

Case features:

  • Reasonably optimised for quick printing - uses slicer settings with 0 top bottom walls; infill hack to print case mesh. Customisable the way you want.

    Check print guidelines below!
     
  • Simple bill of materials.

Core Benefits:

  • DIN rail mountable or standalone, all mounts included in print files.
  • Wire protection cover to reduce risk of being electrocuted.

 

Bill of Materials and Sourcing guide

PartSize / StandardQTYSource
M2.5 flathead countersunk screwsM2.5x6mm TX; PH4Buy here
M2.5 round head wood screwsM2.5 x 6mm4Buy here
M4 screwsM4x8 SHCS; BCHS4Buy here
 

Print guidelines


Main 

3d printing processFDM (fused deposition modeling)
Infill typeSupport cubic, Grid, Gyroid, Honeycomb, Triangle or Cubic
MaterialASA, ASA-CF, ABS, ABS+, ABS-CF [1]
Infill percentage25 - 60% [2]
Layer height0.2mm, recommended
Wall countRecommended: 4
Solid top/bottom layersRecommended: 5
Extrusion width0.4mm, recommended


Customise the top lid the way you want with slicer settings

  • Choose Cover_Cover_Top.step file and import in slicert of your choice (I'm using Bambu Labs slicer in example below, UI for Orca Slicer should be similar).
     
  • Select top part in Process / Objects


Adjust slicer settings:

— Wall loops: 0
— Top shell layers: 0
— Bottom shell layers: 0
— Sparse infill density: Up to your liking [1]
— Sparse infill pattern: Of your choice [2]

[1][2] — 16%, Honeycomb worked well for me, just becouse hexagons are bestagons but you do you.

 

 

 

  • Slice, check result and Print



— Just in case you do not want to deal with this - there is a pre-designed version for enclosure with hexagonal openings available in files as well.

How to support the project

Here are most popular choices how to do so:

  • Consider becoming member of Iconic FAB Club on Printables and get all Paid models and Manuals for single membership fee, starting from as low as $3.
  • Press like and download model files. It helps more than I can express.

Change log

DateChanges
15.01.2025Initial release

Tags



Model origin

The author marked this model as their own original creation.

License