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Raspberry Pi 4 Project Enclosure — image 1
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Raspberry Pi 4 Project Enclosure

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Preliminary estimate for PETG

€2.10 – €2.56 net (excluding VAT)

For file: Project Enclosure (RPi4) v13_Lid_0.2mm_PETG_MINI_2h15m.gcode

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File used for this estimate

Average indicative estimate: €2.33 excluding VAT (range midpoint).

Weight reported by the author
33 g
Print time reported by the author
2.25 hr
Source material
PET
Estimate material
PETG
Estimate printer
Bambu Lab P1S - 0.4 nozzle
Estimate process
0.20mm Standard

Indicative estimate for the selected file only, based on the author’s weight and print time. File variants are not added together. The final price is calculated after file analysis.

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A Raspberry Pi 4 project box/enclosure to house your Pi and other components.

Rating
4 / 5
Likes
34
Downloads
416
Makes
2
Views
3,476
Reviews
1

Updated at source:

Model information

Category
Electronics
License
Creative Commons — Attribution — Noncommercial

I've designed this for a 3D Printing enclosure controller I'm building using a Raspberry Pi 4.

Design Features

  • 1.6mm thick walls for sturdy construction
  • 4 x 11mm knockouts for panel mount DC barrel jacks
  • 4 x 6mm knockouts for panel mount 3.5mm jacks
  • 3 x 20mm x 3mm slots for ribbon cables or other wires.
  • Mounting posts for M2.5 brass inserts for Raspberry Pi 4
  • Mounting post for DC-DC converter if you wish to power the Pi via GPIO (best to add protection circuitry if you do)
  • Mounting posts for M2.5/M3 bass inserts to support other components
  • Lid secured via M3 bolt into M3 brass insert on base.

Printing

Suggest using PETG, not sure how well PLA would hold up over time.

  • Main Body:
    • Material: PETG Prusament Anthracite Grey
    • Print Settings (PrusaSlicer): 0.20mm Quality, 15% infill
    • Supports: None
  • Lid:
    • Material: PETG Prusament Anthracite Grey
    • Print Settings (PrusaSlicer): 0.20mm Quality, 15% infill
    • Positioning: Print the lid top side down.
    • Supports: Ideally paint on some supports for the small lips that lock into the base. Or select support on build plate only.

Hardware

Additional Notes

This is my original design taking some inspiration from Dan Andersen's Compact Fysetc Spider and RPI 4 Case and 120mm Fan 
 

Version History

  • V11 - Initial Release
  • V13 - Fixed gap between case wall and mounting bolt area. Smaller knockouts now 6mm, increased spacing between smaller and larger knockouts.

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