SV06 Plus Permanent ADXL mounts (Bed & Toolhead)

9/23/2024 UPDATE: Tested Successfully

Have connected and tested now, these are working great! If using KUSBA or other USB connected accelerometers, I found that an easy way to get connected in klipper is to use /dev/serial/by-path/xxxxx in the adxl cfg instead of the usual /dev/serial/by-id/xxxxx since using two KUSBAs gives the exact same ID for both. 

Use the command ls /dev/serial/by-path/* to find your accelerometers. You may have to do some plugging in and unplugging to identify them.

Here is how my KUSBA adxlmcu.cfg is set up:

[mcu adxl hotend]
serial: /dev/serial/by-path/pci-0000:00:1a.0-usb-0:1.2.4:1.0
[mcu adxl bed]
serial: /dev/serial/by-path/pci-0000:00:1a.0-usb-0:1.2.3:1.0
[adxl345 hotend]
cs_pin: adxl hotend:CS
[adxl345 bed]
cs_pin: adxl bed:CS
[resonance_tester]
accel_chip_x: adxl345 hotend
accel_chip_y: adxl345 bed
max_smoothing:0.2
probe_points:
  150,150,20

SV06 Plus Permanent ADXL mounts:

Hole spacing is specificially for the KUSBA USB C accelerometer. 
Feel free to request different hole spacings though!

The bed mount is made so that you can mount in which ever orientation you should choose, I chose to match the orientation of the toolhead mount and the bed mount for easy mapping. In theory bed mount should act as a decent barrier from the heat of the bed, and the bed movement during printing should have enough airflow over the chip to keep it cool, though it doesnt get very hot under there and the chip doesnt run hot either, so it shouldn't be an issue. As always, proceed with caution when installing, make sure everything that needs clearance has clearance, etc.

Uses M3 screws and nuts. Use 7 M3 washers to mount on the bed mount in the orientation shown in the pics. 

I made them because I get tired of installing, moving then removing the one KUSBA, and I like that I don't have to do that on my other printers, so Im trying to conform this printer to the new standard :)

Recommend PETG or better, of course.

I suggest printing the toolhead mount as thin and light as possible to keep weight down.

The bed mount I would add a modifier to the protruded part where the kusba mounts so you can print that part thinner and lighter for weight reduction, but still print the other half of it where the belts mount as strong and rigid as possible. See last pic.