Overall, the used components are only standard stuff, easy to find (see BOM).
I've also added a testing gear, so you can figure out the fitting on the ball bearing and eventually scale the top table for printing.
It uses either an Adafruit Trinket or an Arduino Nano, the sketch is also included.
I've wired it up by soldering the wires on to the pins but you could also use jumper cables, I believe.
You only need to solder the header pins on to the Trinket and the wires onto the potentiometer.
Oh, and I recommend removing the LEDs on the driver board and cover the red LED on the Trinket/ Nano.
When using my suggested wiring for the Nano, remember to adapt the order accordingly in the sketch, line 31!
Btw, I don't have a Nano, so I couldn't confirm the funktionality.
2024/01/07 - added a file version for use with a Arduino Nano
2024/01/06 - edited the sketch so by turning the knob you can not only control the speed but also the turning direction
2024/03/20 - added a picture of how to wire up the Arduino Nano
| Drehteller_Basis_Nano.STL | 654.9KB | |
| Drehteller_Basis_Trinket.STL | 782.7KB | |
| Drehteller_Teller.STL | 184.5KB | |
| Drehteller_Teller_Test.STL | 176.6KB | |
| Drehteller_Zahnrad.STL | 284.8KB | |
| TurnTable_Control_V2.0.zip | 1.0KB | |
| Turn_Table_BOM.pdf | 32.7KB |
