Pi 5 inch DSI display case with magnet mount
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Case with magnet mount for Pi 3B+ with 5 inch DSI display
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Informacje o modelu
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- Printables
- Kategoria
- Other Printer Parts & Upgrades
- Licencja
- Creative Commons — Attribution — Noncommercial
Case for Pi3B+ with 5inch DSI display. May work with other Pi models, but I don't have the equipment to try it out.
Hardware required:
- 6x 8x5mm magnets. You could get away with 4 magnets too.
- 4x M2.5x10mm screws, or use the 2 provided with the display for screen stand.
- 8x M3x6mm Philips Screw or similar.
- 2x M4x10mm screws with nuts, preferably nyloc or use loctite
- CA glue/Superglue
- 30mm 5v fan
Be aware that this model would prevent the use of ethernet port, as there is a mounting for the display there.
Assembly instructions:
- Print each model. No supports are required. Ensure that you can do at least 40mm bridges.
- For L&R bracket, add a pause print to layer 18 if using 0.2mm layer height. If using other layer heights, please refer to the image. You need to pause it before it covers the hole.
- Put the display with attached Pi and cable connected to the LCD_Front.
- Screw the LCD_Rear to LCD_Front using m3x6mm screws.
- Put in 2x M4 nuts in the inner side of LCD_Rear. Using CA glue will hold it in place during assembly.
- Install the Pi_Cover. Fix it with M2.5 screws.
- Apply some superglue to the LCD_Rear arm to the Pi_Cover, and add some to the sides. Just a little amount is enough
- Assemble the L&R bracket with M4x10mm screws and you're done.
Attached are the DSI display I used for this case, yours might be different. If you have a different model or suggestion for better features, please let me know. I'd be happy to implement it.
The reason that I designed the rear lcd and pi case as separate and not as one piece is due to the complexity during printing. If the case rear is a one piece part, you'd have to print with supports and the overall assembly would be bulky. Hence I decided to glue them together as the tolerance is pretty tight.
All parts are printed at 0.2mm layer height, around 5 hours in total on my FLSUN SR.