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  1. For this upgrade you will need a Raspberry Pi board. We recommend the Raspberry Pi 4 2GB for this.
    • For this upgrade you will need a Raspberry Pi board. We recommend the Raspberry Pi 4 2GB for this.

    • Compatable boards:

    • Pi 3B+ (USB WiFi adapter required)

    • Pi Zero 2 W

    • There is a current shortage for these boards. Supply is returning, but we're struggling to secure any in bulk. You should be able to find local distributors selling them on a one per customer policy.

  2. Fix the four Raspberry Pi standoffs to the Base with four M2.5 x 6mm bolts. M2.5 x 6mm bolt
    • Fix the four Raspberry Pi standoffs to the Base with four M2.5 x 6mm bolts.

    • M2.5 x 6mm bolt

    • M2.5 x 10mm standoff

  3. Strip both ends of the black and red power cable. Connect one side to the USB power adapter as shown. Red on the left side, black on the right.
    • Strip both ends of the black and red power cable.

    • Connect one side to the USB power adapter as shown. Red on the left side, black on the right.

    • Due to an unfortunate oversight, you may have an M3 x 20mm bolt instead of an M4 x 20mm bolt and the 3D printed KIS3R33S bracket will have a 3mm hole instead of a 4mm hole. If this is the case see the next step.

    • Take the KIS3R33S bracket and use it to mount the USB adapter to the side of the PSU with an M4 x 20mm bolt.

    • Connect the wires to the +/- terminals as shown. Red to positive and black to negative.

  4. Use two cable tie mounts to secure the KIS3R33S USB adapter to the base. Connect the wires to the +/- terminals as shown. Red to positive and black to negative. Connect the wires to the +/- terminals as shown. Red to positive and black to negative.
    • Use two cable tie mounts to secure the KIS3R33S USB adapter to the base.

    • Connect the wires to the +/- terminals as shown. Red to positive and black to negative.

  5. Connect the USB power cable from the adapter to the Raspberry Pi board.
    • Connect the USB power cable from the adapter to the Raspberry Pi board.

  6. Connect the blue USB cable from the BTT control board to the Raspberry Pi board.
    • Connect the blue USB cable from the BTT control board to the Raspberry Pi board.

  7. Unclip the camera from the Pi Cam board. Peel away the protective layer from the sticky pad underneath the camera module. Secure the camera module back onto the baord.
    • Unclip the camera from the Pi Cam board.

    • Peel away the protective layer from the sticky pad underneath the camera module.

    • Secure the camera module back onto the baord.

    • Secure the connector first, then press the camera down.

  8. Slide the Camera into the 3D printed casing. You may need to use a craft knife to cut away any excess plastic from the 3D printed part. Secure the camera and the casing to the metal mounting bracket.
    • Slide the Camera into the 3D printed casing.

    • You may need to use a craft knife to cut away any excess plastic from the 3D printed part.

    • Secure the camera and the casing to the metal mounting bracket.

    • M2 x 14mm Bolt

    • M2 Nut

  9. Prepare the Camera assembly for mounting. M4 x 6mm Bolt
    • Prepare the Camera assembly for mounting.

    • M4 x 6mm Bolt

    • M4 T-nut

  10. Mount the camera assembly to the frame as shown. Route the cable down into the base.
    • Mount the camera assembly to the frame as shown.

    • Route the cable down into the base.

    • Use electrical tape to secure the cable to the extrusion.

  11. Pull up on the tab on the Pi board. Slide the camera cable in as shown. Push the tab back down to secure in place.
    • Pull up on the tab on the Pi board.

    • Slide the camera cable in as shown.

    • Push the tab back down to secure in place.

Finish Line

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Makertech 3D

Member since: 03/09/2018

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