Skip to main content

v1.2

Minor Versionm

by Robert

  1. If the wires in your kit have white printed tags, please ignore this step. Each wire, at the connector end has a coloured clip with a number. This colour and number identifies this wire. Please see key below.
    • If the wires in your kit have white printed tags, please ignore this step. Each wire, at the connector end has a coloured clip with a number. This colour and number identifies this wire. Please see key below.

    • (0)(Black) X-Axis Limit Switch

    • (1)(Brown) Y-Axis Limit Switch

    • (2)(Red) Z-Axis Limit Switch

    • (3)(Orange) X-Axis Stepper Motor Wire.

    • (4)(Yellow) Left Y-Axis Stepper Motor Wire.

    • (5)(Green) Right Y-Axis Stepper Motor Wire.

    • (6)(Light Blue) Z-Axis Stepper Motor Wire.

  2. The (2)(Red) Z-Axis Limit Switch sits in-between two sets of wheels. Directly opposite there is a hole. Feed the wires through this hole as in picture 2. Wrap the (2)(Red) Z-Axis Limit Switch wire around the M5-Nyloc-Nut, and then up the edge of the X-Plate-Back. Zip tie it to the two holes next to the edge of the X-Plate-Back.
    • The (2)(Red) Z-Axis Limit Switch sits in-between two sets of wheels. Directly opposite there is a hole. Feed the wires through this hole as in picture 2.

    • Wrap the (2)(Red) Z-Axis Limit Switch wire around the M5-Nyloc-Nut, and then up the edge of the X-Plate-Back.

    • Zip tie it to the two holes next to the edge of the X-Plate-Back.

    • Feed the wire through the X-Axis Drag Chain, and secure it with cables ties to the slots on the X-Drag-Chain-Moving-Mount.

    • To prevent the wire from rubbing/breaking, it needs to be taught the whole way from the switch to the X-Drag-Chain-Moving-Mount.

  3. For the (6)(Light Blue) Z-Axis Stepper Motor Wire that is inside the X-Drag-Chain, connect it to the pigtail on Z-Axis stepper motor. Making sure there is enough slack for the full travel of the Z-Axis shown in red, secure the wire to the X-Drag-Moving-End-Mount using a Cable-Tie-Small, shown by the small blue circle above.
    • For the (6)(Light Blue) Z-Axis Stepper Motor Wire that is inside the X-Drag-Chain, connect it to the pigtail on Z-Axis stepper motor. Making sure there is enough slack for the full travel of the Z-Axis shown in red, secure the wire to the X-Drag-Moving-End-Mount using a Cable-Tie-Small, shown by the small blue circle above.

    • The lead on the (0)(Black) X-Axis Limit Switch should be secured to the V-Slot-2040-750mm using a Cable-Tie-Large at the position shown by the blue oval above. Then run the lead along to the other end of V-Slot-2040-750mm - it can be tucked into one of the slots.

  4. Connect the two (4)(Yellow) & (5)(Green) Y-Axis Stepper Motor Wires in the Y-Drag-Chain to their corresponding pigtails on the Y-Axis stepper motors. The longer wire should connect to the right hand stepper motor.
    • Connect the two (4)(Yellow) & (5)(Green) Y-Axis Stepper Motor Wires in the Y-Drag-Chain to their corresponding pigtails on the Y-Axis stepper motors. The longer wire should connect to the right hand stepper motor.

    • Secure the stepper motor wires to the Y-Axis-Fixed-End-Mount using Cable-Tie Smalls. The wire for the right hand stepper motor can be tucked into a slot on one of the extrusions along the back.

    • Secure the lead on the (1)(Brown) Y-Axis Limit Switch to the Y-Axis-Fixed-End-Mount using a Cable-Tie-Small.

  5. Connect the (3)(Orange) X-Axis Stepper Motor Wire to the pigtail on the X-Axis stepper motor and feed it through the square hole on the Y-Plate.
    • Connect the (3)(Orange) X-Axis Stepper Motor Wire to the pigtail on the X-Axis stepper motor and feed it through the square hole on the Y-Plate.

    • Inside the Y-Drag-Chain there should be two stepper motor wires (red line), a power supply wire (yellow line), and a limit switch wire (green line). Feed all of these through the square hole on the Y-Plate.

    • Remove any slack inside the Y-Drag Chain, and then secure these 4 wires to the Y-Drag-Chain-Moving-End-Mount using Cable-Tie-Smalls.

Conclusion

Thanks for following the guide. Any issues, please contact us!

22 other people completed this guide.

Harry Ince

Member since: 06/20/2019

4,485 Reputation

41 Guides authored

0 Comments

Add Comment

View Statistics:

Past 24 Hours: 0

Past 7 Days: 0

Past 30 Days: 1

All Time: 2,485