| Customization: | Available |
|---|---|
| Application: | Printing Equipment |
| Speed: | High Speed |
|
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Model NO |
110BYGH3012 | Type | Electromechanical |
|
Certification |
CCC,ISO90O1,Ce | Brand | chensite |
|
efficiency |
high | size | NEMA 42 |
|
Length |
150mm | Weight | 10KG |
|
Transport Package |
carton | Specification | 10KG/12KG/14KG |
|
Trademark |
chensite | Origin | china |
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HS Code |
8501310000 | Production Capacity | 50000/year |
A stepper motor driver controls the stepper motor's windings based on external control pulses and direction signals, energizing the windings forward or backward through its internal logic circuitry over a predefined period, thereby causing the reduction motor to rotate or lock in the forward/backward direction. Taking a 1.8-degree, two-phase stepper motor as an example: when the two-phase windings are energized, the motor's output shaft will come to a standstill and lock into position. The maximum torque required to lock the reduction motor under its rated current is known as the holding torque. If the current in one phase winding is reversed, the motor will take a step in the predetermined direction (1.8 degrees). Similarly, if the current in the other winding is reversed, the motor will take a step (1.8 degrees) in the opposite direction. As the current through the coil windings is sequentially reversed, the motor will continuously rotate in the intended direction with very high operational precision. A 1.8-degree, two-phase stepper reduction motor performs 200 steps per revolution.
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