Weekly New Knowledge | Introducing Precision Planetary Gearboxes to You
In modern industry, the gearbox, as a key transmission component of mechanical equipment, plays a role in transmitting torque and regulating speed between the power source and the execution system. Compared with the execution system, the transmission key components can be diversified. With the intelligence of mechanical equipment, the types of reducers are also increasing. At present, precision planetary gearboxes have become the core components of high-end equipment such as industrial robots and automation equipment. Let Liming Machinery Group take you to learn about the relevant knowledge of precision planetary gearboxes.
02
2024
/
12
Servo motor fault analysis, after reading it, you are also an expert
Three phase AC servo motors are widely used, but after long-term operation, various faults may occur. Timely identification of the cause of faults and corresponding handling is an important task to prevent the expansion of faults and ensure the normal operation of equipment.
30
2024
/
11
Preventive techniques for starting faults of three-phase asynchronous motors
The speed of the rotor of a three-phase asynchronous motor is lower than that of the rotating magnetic field. The rotor winding induces electromotive force and current due to relative motion with the magnetic field, and interacts with the magnetic field to generate electromagnetic torque, achieving energy conversion. Compared with single-phase
30
2024
/
11
The difference between servo motor and ordinary three-phase asynchronous motor
In applications such as automation, robotics, and manufacturing that require precise, high-speed, and efficient control, servo motors have more accurate position, speed, and torque control capabilities. Servo motors are a better choice, but also have higher prices and more complex control systems
29
2024
/
11
What is the difference between harmonic reducer and RV reducer?
Harmonic gear reducers can be divided into single wave, double wave, and three wave types based on their mechanical wave number, with the most commonly used being double wave transmission. In harmonic drive, the difference in the number of teeth between the rigid and flexible wheels should be equal to an integer multiple of the mechanical wave number, usually taken as equal to the wave number.
29
2024
/
11