Direct axis deceleration motor is a special type of deceleration motor with unique performance characteristics and application advantages.
1、 Definition and Characteristics
Definition: A direct axis deceleration motor is a deceleration device that converts a high-speed electric motor into a low-speed axial output torque. Its prominent feature is that the output axis is perpendicular to the input axis at a 90 ° angle, which is also the origin of its name.
characteristic:
Excellent deceleration capability: Through the built-in deceleration mechanism, the orthogonal axis deceleration motor can significantly reduce the motor speed while increasing the output torque to meet various load requirements.
Low noise and high efficiency: Advanced gear transmission system and high-quality materials are used to reduce the noise generated by the orthogonal shaft reduction motor during operation, and the transmission efficiency is high.
Compact design: The design of the orthogonal axis allows the motor and reducer to be tightly integrated, occupying a small space and suitable for installation environments with limited space.
High load-bearing capacity: The internal structure design is reasonable, and the material selection takes into account strength and wear resistance, enabling the orthogonal axis reduction motor to withstand high loads.
2、 Working principle
The working principle of a direct axis reduction motor is based on a direct axis gear transmission system. The system mainly includes two parts: motor and reducer:
Motor part: Permanent magnet synchronous motors are usually used, where the magnetic field generated by the stator interacts with the magnetic field generated by the rotor to generate driving torque, causing the motor to rotate and convert electrical energy into mechanical energy.
Gearbox part: Using the gear reduction ratio to reduce the motor speed and increase the output torque. The direct axis gear reducer adopts a planetary gear system, which achieves the reduction effect through the interaction of the sun gear, planetary gear, and internal gear ring. By adjusting the position of the planetary carrier relative to the sun gear and inner ring gear, the transmission ratio and output torque of the gearbox can be changed.
3、 Application Fields
Direct axis reduction motors are widely used in multiple fields due to their unique performance characteristics:
Industrial equipment: In industrial automation production lines, orthogonal axis reduction motors can be used to drive various mechanical equipment, such as assembly equipment, handling robots, conveyor belt equipment, etc., to achieve efficient and stable power transmission.
Household appliances: In some household appliances that require precise control of speed and torque, such as mixers, juicers, etc., orthogonal axis reduction motors also play an important role.
Transportation: In electric and hybrid vehicles, the direct axis reduction motor is an important component of the drive motor, providing environmentally friendly and efficient power output, improving vehicle energy efficiency, and reducing carbon emissions.
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