发布时间：2024/7/9 20:53:00
Changes in this Remix
The Base has been split into two parts to avoid the need for bulky supports.
Modified to suit a Raspberry Pi Model 1B, which is all I had available.
Overall Project Steps
Create Y-splitter using one male to two female XT60 connecto. This connects to the printer's 24VDC supply.
Solder male XT60 connector to input side of DC-DC Buck Converter.
Connect converter input to Y-splitter (which is connected to 24VDC), and output to multimeter. Turn printer on and adjust pot until you receive 5V on buck converter output.
Solder output to Raspberry Pi 5V and GND GPIO pi. You may want to include connecto so this can be disconnected if required.
This LM2596S Case can be used to house the buck converter.
Connect Raspberry Pi Camera Cable to Pi. This is the only thing that needs to be connected before putting in case.
Print the three thing files in this remix (Base, Lid and Mount) to house the raspberry pi.
Into the Base, iert the Mount, followed by the Pi.
Attach the Lid to the Base using three screws. Eure the power cables exit the hole adjacent the USB ports, and the camera cable exits the slot adjacent to the HDMI input (again, refer photos).
Bolt the raspberry pi onto the side of the Ender 3. I used spare bolts and hammer nuts supplied with the printer.
Print ~16 Link Mods. Connect together and attach to the Pi Case.
Connect link mods to Pi case, and run cable through them. TIP: If cable is too long, fold back on itself and store the excess in the link mods.
Print the Pi Camera Mount Veion 2.1 or Veion 1.3 depending on your camera. And screw Bracket to printer as per photos.
Connect end of Link Mods to the Bracket.
Connect cable to Pi Camera, and iert camera into Back/Front.
Bolt Camera Back/Front onto bracket.
Tidy up cables using these Cable Clips
The Base has been split into two parts to avoid the need for bulky supports.
Modified to suit a Raspberry Pi Model 1B, which is all I had available.
Overall Project Steps
Create Y-splitter using one male to two female XT60 connecto. This connects to the printer's 24VDC supply.
Solder male XT60 connector to input side of DC-DC Buck Converter.
Connect converter input to Y-splitter (which is connected to 24VDC), and output to multimeter. Turn printer on and adjust pot until you receive 5V on buck converter output.
Solder output to Raspberry Pi 5V and GND GPIO pi. You may want to include connecto so this can be disconnected if required.
This LM2596S Case can be used to house the buck converter.
Connect Raspberry Pi Camera Cable to Pi. This is the only thing that needs to be connected before putting in case.
Print the three thing files in this remix (Base, Lid and Mount) to house the raspberry pi.
Into the Base, iert the Mount, followed by the Pi.
Attach the Lid to the Base using three screws. Eure the power cables exit the hole adjacent the USB ports, and the camera cable exits the slot adjacent to the HDMI input (again, refer photos).
Bolt the raspberry pi onto the side of the Ender 3. I used spare bolts and hammer nuts supplied with the printer.
Print ~16 Link Mods. Connect together and attach to the Pi Case.
Connect link mods to Pi case, and run cable through them. TIP: If cable is too long, fold back on itself and store the excess in the link mods.
Print the Pi Camera Mount Veion 2.1 or Veion 1.3 depending on your camera. And screw Bracket to printer as per photos.
Connect end of Link Mods to the Bracket.
Connect cable to Pi Camera, and iert camera into Back/Front.
Bolt Camera Back/Front onto bracket.
Tidy up cables using these Cable Clips
|
共个文件
压缩包大小：1MB
|
||
|---|---|---|
微信小程序
微信扫码打开此模型
迪威模型
微信扫码支付