Did you ever resolve this issue? Here is what I have found and will choose a solution for my newly purchased 3D Chameleon.
The left side of the x-axis and the back of the y-axis switch already has a Creality switch, assuming this will interfere with homing.
The right side of the x-axis has the optional Creality g-sensor. The 3D printed mount for this g-sensor already collides with the mount for the camera. A mount can be added on this side but might be best to re-design the g-sensor to extend a bit forward. Also need to find a way to securely mount the 3DC switch.
The front of the y-axis extends far beyond the base and nothing to attach to the base to trigger at the end. The right side of the bed has a pair of screw holes where the g-sensor for the bed reading. If I mount the g-sensor on the actual bed with double-sided tape while taking a reading then I can redesign and reuse this mount point to trigger the 3DC switch from underneath the bed.
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Did you ever resolve this issue? Here is what I have found and will choose a solution for my newly purchased 3D Chameleon.
The left side of the x-axis and the back of the y-axis switch already has a Creality switch, assuming this will interfere with homing.
The right side of the x-axis has the optional Creality g-sensor. The 3D printed mount for this g-sensor already collides with the mount for the camera. A mount can be added on this side but might be best to re-design the g-sensor to extend a bit forward. Also need to find a way to securely mount the 3DC switch.
The front of the y-axis extends far beyond the base and nothing to attach to the base to trigger at the end. The right side of the bed has a pair of screw holes where the g-sensor for the bed reading. If I mount the g-sensor on the actual bed with double-sided tape while taking a reading then I can redesign and reuse this mount point to trigger the 3DC switch from underneath the bed.