迪威網(wǎng)友acf9fd
發(fā)布時間：2024/4/30 18:41:00
My ultimate adaptation of the popular Raspberry Pi 3 (B/B ), Pi 2 B, and Pi 1 B case with VESA mounts and more. Adapted for fan use, aluminium profile mounting and more.
Changes
Fixed up the original top cover so it has less vertices.
Added a fan top cover.
Added a fan grill.
Added a bottom veion with aluminium profile mounting holes.
Redone the screw holes so counteunk screws can be used.
Added washe so longer screws can be used to tighten the Pi.
Required Components
1x Raspberry Pi 3, 3B, 3B - Duh.
4x M3x16 screw, counteunk - For connecting the top to bottom.
4x 2.5x10 mm wood screw - For tightening the Pi to the bottom.
Optional 4x M3x16 screw, counteunk - For tightening the fan to the top.
Optional 2x M5 Aluminium Profile Mounting - You will need this if you decide to mount it on an alu profile.
Parts To Print:
1x or Bottom_Profile.stl - Use the normal bottom part if you plan just putting the Pi somewhere, use the Profile veion if you plan mounting it on an aluminium profile.
4x - The washe go above the Pi to help use longer mounting scews..
1x or Top_Fan.stl - Print the normal top if you intent to not use a fan, or Fan veion if you do.
Optional 1x - Print this if you want more protection for your fan.
Printing Itructio
No supports needed.
Print all parts exactly as already oriented to maximize quality, strength and ease of printing.
You may use 20% infill for all parts.
You may print all parts at 0.2mm layer height.
Assembly Itructio
Place the Pi into the bottom part.
Slide the washe onto the four wood screws and tighten them like that agait the Pi. It should be: Screw -> Washer -> Pi -> Bottom.
If you are using a fan, tighten it along with a grill to the top part using four M3x16 screws.
Place the top part onto the bottom part and tighten it with four more M3x16 screws.
Mount the bottom to an alu extrusion if you have printed such a veion.
If you have any questio or found some issues, be sure to comment! I will see what I can do!
As usual, I have also included the Blender file in case you want to edit it further.
Changes
Fixed up the original top cover so it has less vertices.
Added a fan top cover.
Added a fan grill.
Added a bottom veion with aluminium profile mounting holes.
Redone the screw holes so counteunk screws can be used.
Added washe so longer screws can be used to tighten the Pi.
Required Components
1x Raspberry Pi 3, 3B, 3B - Duh.
4x M3x16 screw, counteunk - For connecting the top to bottom.
4x 2.5x10 mm wood screw - For tightening the Pi to the bottom.
Optional 4x M3x16 screw, counteunk - For tightening the fan to the top.
Optional 2x M5 Aluminium Profile Mounting - You will need this if you decide to mount it on an alu profile.
Parts To Print:
1x or Bottom_Profile.stl - Use the normal bottom part if you plan just putting the Pi somewhere, use the Profile veion if you plan mounting it on an aluminium profile.
4x - The washe go above the Pi to help use longer mounting scews..
1x or Top_Fan.stl - Print the normal top if you intent to not use a fan, or Fan veion if you do.
Optional 1x - Print this if you want more protection for your fan.
Printing Itructio
No supports needed.
Print all parts exactly as already oriented to maximize quality, strength and ease of printing.
You may use 20% infill for all parts.
You may print all parts at 0.2mm layer height.
Assembly Itructio
Place the Pi into the bottom part.
Slide the washe onto the four wood screws and tighten them like that agait the Pi. It should be: Screw -> Washer -> Pi -> Bottom.
If you are using a fan, tighten it along with a grill to the top part using four M3x16 screws.
Place the top part onto the bottom part and tighten it with four more M3x16 screws.
Mount the bottom to an alu extrusion if you have printed such a veion.
If you have any questio or found some issues, be sure to comment! I will see what I can do!
As usual, I have also included the Blender file in case you want to edit it further.
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