Two phase closed-loop stepper motor with gearbox is a common combination method, which can fully utilize the advantages of stepper motor and gearbox, and achieve more precise and efficient motion control. The following is a detailed analysis of this configuration:
1、 Overview of Two Phase Closed Loop Stepper Motor
A two-phase closed-loop stepper motor is an induction motor known for its precise positioning capability and high torque output at low speeds. It adopts closed-loop control, monitors the actual position of the motor in real time through a feedback system, and compares it with the target position to adjust the control signal of the motor, ensuring that the motor can accurately reach the designated position. This type of motor typically has high dynamic performance and stability, making it suitable for applications that require high-precision positioning.
2、 The function of gearbox
The gearbox plays an important role in the stepper motor system, and its main functions include:
1. Transmission: The gearbox can change the output speed of the stepper motor to adapt to different working requirements. By selecting the appropriate gear ratio, the deceleration or acceleration of the stepper motor can be achieved, thereby meeting the speed requirements of specific application scenarios.
2. Increasing torque: The gearbox can increase the output torque of the stepper motor. In the process of transmitting power, the gearbox amplifies the output torque of the motor through the meshing action of multi-stage gears, enabling it to drive larger loads.
3. Reduce vibration and noise: The gearbox can absorb and disperse the vibration and noise generated by the stepper motor during operation, improving the stability and reliability of the entire system.
4. Matching load: By adjusting the gear ratio, the output characteristics of the stepper motor can be better matched with the load characteristics, thereby improving the operating efficiency and accuracy of the system.