Quote from
admin on August 15, 2024, 12:00 pm
In the event of a fault in output A and/or B, IO34 is pulled LOW (in the event of overheating and/or excessive load).
In the event of a fault in output C and/or B, IO35 is pulled LOW (in the event of overheating and/or excessive load).
You can test the motors with our programming examples in the Arduino library without having to program a single line of code.
If you want to operate precise stepper motors, the RoboHeart is also suitable for this. You can find a programming example for this in our library.
You can also find a Bluetooth controller in our library that is compatible with our free Bluetooth app for Android and iOS.
In the event of a fault in output A and/or B, IO34 is pulled LOW (in the event of overheating and/or excessive load).
In the event of a fault in output C and/or B, IO35 is pulled LOW (in the event of overheating and/or excessive load).
You can test the motors with our programming examples in the Arduino library without having to program a single line of code.
If you want to operate precise stepper motors, the RoboHeart is also suitable for this. You can find a programming example for this in our library.
You can also find a Bluetooth controller in our library that is compatible with our free Bluetooth app for Android and iOS.
