Motor terminal is a reduction transmission mechanism integrating micro motor and gearbox, which is used to reduce speed and increase torque to meet the working needs of mechanical equipment. This article will mainly introduce the relevant knowledge of motor terminals.

The rising of industrial automation trend and the increasing popularity of microelectronic equipment have promoted the growth of micro-motor industry application. The motor has the advantages of high torque, low noise, energy saving and high operation efficiency, so that the motor terminal can be used in various applications such as surgical equipment, fans, pumps, compressors, household appliances and so on.

Because motor terminals are light and compact, and due to their compact and light design, motor terminals play a key role in advanced machines and systems, in particular, they have become a major component of the medical and aerospace industries. 

The output power of motor terminals is much less than that of small motors, where even dry batteries and other small-capacity power sources can drive the motor. Therefore, there are many DC-driven motor terminals without AC micromotors meeting the above definition, which may be due to the risk of ignition or short circuit in the internal mechanism of the micromotor under high current such as 100V.

Motor terminal is a small, light and easy-to-use motor, which is specially designed for low power consumption and small electromagnetic interference. In addition, these characteristics make them very suitable for use in compact and complex spaces with limited power budgets, such as advanced electrical and electronic systems.

In the aerospace industry, all equipment follows extremely strict standards. In addition to making precise and strict tolerances, they must be light, reliable and can withstand extreme conditions such as temperature - 60oC to 150oC, high noise and vibration, shock and electromagnetic interference. The motor terminals can meet these requirements, so that the motor terminals can be used in various aircraft systems, including regulating fuel in the engine and maintaining airflow in the atmospheric system.

The main function of motor terminal is to connect the equipment, to reduce the output speed and increase the torque, so as to achieve the ideal transmission effect. For example, the reducer is used in the field of electric curtains. The motor terminal reduces the output speed of the driving motor, improves the load capacity of the motor, and achieves the lifting effect of curtains. According to its structure and use, motor terminals can be divided into gear reducer, planetary reducer and DC reducer.

The main structures of motor terminals are gearbox and drive motor. According to the power, it can be divided into low-power reducer and high-power reducer, which can be used in different fields. The motor terminal has the characteristics of small volume, low noise, wide deceleration range, high efficiency, high precision and long service life.

Motor terminal is a combination of reducer and micromotor, which is used to reduce speed and increase torque to meet the working needs of mechanical equipment. The motor terminal technology is an independent closed transmission device between prime mover and working machine, which is used to reduce speed and increase torque to meet work needs. In some cases, it is also used for speed increase, which is called speed increase device.

This article mainly introduces the relevant knowledge of motor terminals. Through browsing this article, we can understand the main structure of motor terminals, which are assembled by reducer and transmission motor. Its main function is to connect the equipment, reduce the output speed and increase the torque, so as to achieve the ideal transmission effect.