Updated on March 25, 2023

Add a thicker support structure, as I've noticed that heat gradually seeps in over time. This will reduce the amount of movement of the tap, but it will still be able to be triggered.

Print it vertically.

Use

4 m3 heating sleeves

2 M3x10 screws

Use the small screw provided to fix the probe on the bracket

Use two M3x10 screws to fix the bracket to the bottom of the TAP frame, replacing the two M3x6 screws originally installed on the TAP

Probe Y-axis offset = 65

Probe X-axis offset = 0

Note: If the Beacon interferes with the motor at the back when it is returning to its original position, you may need to add something to the physical limit switch. The Hall effect limit switch can work without any adjustment

You can find the CAD files of Tap and Beacon, which can be used to assist in the design process, here

Tap

https://github.com/VoronDesign/Voron-Tap

Beacon

https://github.com/beacon3d/docs/blob/master/mcad/beacon/Beacon_RevD_Assm_Normal.STEP