The deceleration motor is mainly used to reduce the speed and increase the torque to meet the working requirements. There are many types of deceleration motors, and their classification can be based on the type of transmission, the shape of the gears, and the number of transmission stages

The selection of deceleration motors should be based on principles such as economy, practicality, and safety. According to the performance requirements of the product, the correct type, type, and power should be selected to ensure the normal and smooth production

Daily maintenance is crucial in reducing and avoiding motor malfunctions during operation, with the most important step being to strengthen inspections and promptly eliminate any root causes of abnormal phenomena. After an accident occurs, it is necessary to carefully analyze the accident and take measures to reduce the number of accidents and maintenance

The reducer can reduce the moment of inertia, generally the square of the speed ratio, which is very important for control, can control the start and stop, speed change in time. Increasing the torque through the reducer is equivalent to increasing the input power, which can reduce the power required by the input motor (when required

Fans can be classified into several types based on their materials used, such as iron shell fans (ordinary fans), fiberglass fans, plastic fans, aluminum fans, stainless steel fans, etc. Fans can be classified according to the direction of gas flow, including centrifugal, axial, oblique (mixed flow), and transverse

How to divide modules is a key issue in the modular design of gear reduction motors. There are few types of modules, high degree of generalization, and large processing batches, which are beneficial for reducing costs. However, from the perspective of the external components of the system, a comprehensive analysis of the overall, functional, performance, and cost aspects of the product should be carried out during design in order to reasonably determine the modules