Backside mount for the EBB42, works with and without the filament sensor
 

Recommended print settings

Use PETG, ASA or ABS for the motor mount, the EBB mount and the cover can be printed in PLA

• Infill: 35%+
• Wall lines: 3

Bill of materials

• 4x 5-8mm M3 screws
• 2x 10-15mm M3 screws for the optional cover
• 6x M3 heat inserts 
• 2x Zip ties to fasten the CAN cable

Assembly instructions

1. Unscrew Orbiter2 screws to the orbital gearbox far enough to not have them stick out on the other side
2. Place motor mount, and screw the two stock screws back in, make sure you hold the assembly tight while doing so to avoid gaps
   Longer side facing up
3. Mount EBB42 to the holder plate using 2x5mm M3 screws, CAN connector facing up
4. Mount EBB42 assembly to the motor mount using 2x5mm screws.
5. When the wiring is done, tuck the wires into the cover and fasten it with the two longer screws

Klipper settings

In this orientation, the correct axis mapping for the built-in ADXL345 is as follows:

## ADXL345 [adxl345] cs_pin: ebb42:ADXL_CS spi_software_sclk_pin: ebb42:ADXL_SCLK spi_software_mosi_pin: ebb42:ADXL_MOSI spi_software_miso_pin: ebb42:ADXL_MISO axes_map: -x,z,-y

Update 2024-08-12

Added EVA34M1 compatibility (https://jon-harper.github.io/E34M1/)
To increase stability, the motor mount (motor-mount-eva3vm1.stl) now has an additional leg that mounts to the top module of the EVA34M1 https://jon-harper.github.io/E34M1/modules/top/

Make sure the top module has the heat insert in this hole. Unfortunately, the heat insert comes in from the bottom.
I've used a 18mm M3 fastener for this.