A hybrid stepper motor (or step motor) is a brushless DC electric motor that divides a full rotation into a number of equal steps. The motor's position can then be commanded to move and hold at one of these steps without any feedback sensor (an open loop controller) as long as the motor is carefully sized to the application.
Advantages of hybrid stepper motors
- Very high torque/size ratio
- Long operational life due to absence of brushes
- Open loop operation (no need for feedback device in positioning applications)
MCP's hybrid stepper motors (high torque version) have proved ideal in such applications as ticketing machines, ATM machines, medical pumps, printing machines (3D Printers) and CNC machines with widespread use in many other areas.
NEMA 17 HIGH TORQUE STEPPER MOTORS
- Frame size: 47mm
- Holding torque up to 0.8 Nm
- Step angle 0.9º, 1.8º, 3.6º
NEMA 23 HIGH TORQUE STEPPER MOTORS
- Frame size: 57mm / 60mm
- Holding torque up to 4Nm
- Step angle 0.9º, 1.8º
NEMA 42 HIGH TORQUE STEPPER MOTORS
- Frame size: 110mm
- Holding torque up to 30 Nm
- Step angle 0.72º, 1.2º, 1.5º, 1.8º
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