Notes:

• Caution: This motor operates at high speeds. Keep hands away from moving parts to prevent injury.
• The MotorCell is a high-speed PCB motor utilizing the BD67173NUX chip as its three-phase back-EMF controller with a sensorless drive system, eliminating the need for a Hall sensor. Its speed can be controlled in 1,000 RPM increments (with the MotorCell PID library) via a PWM input signal , with the IN pin defaulting to low and turning the motor to full speed when pulled high (2.5-5V). If the motor is forced to stop, it enters a 5-second lock protection mode, which can be bypassed by resetting the PWM input to 0% and back on—a feature automatically handled by the library's Spin function. Also, note that motor's maximum speed will decreases as the applied load increases.
• To install press-fit 3d printed parts we recommended an inner diameter of 16.4mm - 16.6mm, which depends on your 3D-Printer tolerance. Once printed, just press your part into the rotor's teeth to keep it secure. Superglue can also be added to the rotor's teeth, to secure the part.
• Keep in mind that the CodeCell automatically activates a pull-up resistor on the OUT pin for reading the speed value. If you're using other controllers with the MotorCell library, ensure the internal pull-up remains enabled or add an external one.
• If you ever need to disassemble the motor, handle it with care when unbolting the shaft. The motor contains small, precision-machined parts that are easy to lose. It is recommended to torque the shaft to 0.15 Nm during reassembly.
• When soldering wires or connectors to the PCB, be cautious as the soldering iron may be drawn towards the motor's magnets.
• The box will include the MotorCell, a 5-pin connector and a set of four M1.2 screws. The PCB is ROHS Compliant & follows IPC 6012 Class 3 standard.
• Please note that the MotorCell is intended to be used as a DIY maker kit. For commercial purposes, please get in touch.