-
Application of planetary gear motors
Planetary gear motors are widely used in various industries. Here are some specific examples: 1. Automated assembly lines: In automated assembly lines, planetary gear motors are often used to drive precisely positioned sliders, rotating parts, etc. Due to their high precision and high torque char...Read more -
Advantages of Planetary Gear Motors
The planetary gear motor is a transmission device that integrates the motor with the planetary gear reducer. Its advantages are mainly reflected in the following aspects: 1. High transmission efficiency: The planetary gear motor adopts the principle of planetary gear transmission and has high tra...Read more -
What are the special requirements for the application of DC motors in industrial robots?
The application of DC motors in industrial robots needs to meet some special requirements to ensure that the robot can perform tasks efficiently, accurately and reliably. These special requirements include: 1. High torque and low inertia: When industrial robots perform delicate operations, they ...Read more -
What factors affect gearbox noise? And how to reduce gearbox noise?
Gearbox noise is mainly composed of various sound waves generated by gears during transmission. It may originate from vibration during gear meshing, tooth surface wear, poor lubrication, improper assembly or other mechanical faults. The following are some of the main factors affecting gearbox noi...Read more -
6 Things to Consider When Choosing a DC Motor Manufacturer
When it comes time to choose amongst the motor manufacturers, there are several crucial factors to keep in mind.The performance and quality of the DC motors directly affect the operation of the entire equipment. Therefore, when choosing a motor manufacturer, you need to consider multiple factors ...Read more -
How Does a BLDC Motor Work?
Brushless DC Motor (BLDC motor for short) is a DC motor that uses an electronic commutation system instead of the traditional mechanical commutation system. It has the characteristics of high efficiency, reliability, and simple maintenance, and is widely used in aerospace, electric vehicles, indu...Read more -
How to Maintain a Gear Motor
Gear motors are common power transmission components in mechanical equipment, and their normal operation is crucial to the stability of the entire equipment. Correct maintenance methods can extend the service life of the gear motor, reduce the failure rate, and ensure the normal operation of the ...Read more -
The Main Differences between Brushless Motors and Stepper Motors
Brushless Direct Current Motor (BLDC) and Stepper Motor are two common motor types. They have significant differences in their working principles, structural characteristics and application fields. Here are the main differences between brushless motors and stepper motors: 1. Working principle Bru...Read more -
Coreless motor introduction
The coreless motor uses an iron-core rotor, and its performance far exceeds that of traditional motors. It has fast response speed, good control characteristics and servo performance. Coreless motors are usually smaller in size, with a diameter of no more than 50mm, and can also be classified as ...Read more -
Use and Storage Environment for Motor
1. Do not store the motor in high temperature and extremely humid environmental conditions. Do not place it in an environment where corrosive gases may be present, as this may cause malfunction. Recommended environmental conditions: temperature +10°C to +30°C, relative humidity 30% to 95%. Be esp...Read more -
Do an interesting experiment – How magnetic field generates torque through an electric current
The direction of magnetic flux produced by a permanent magnet is always from N-pole to S-pole. When a conductor is placed in a magnetic field and current flows in the conductor, the magnetic field and the current interact each other to produce force. The force is called “Electromagnetic for...Read more -
Description for the brushless motor magnet poles
The number of poles of a brushless motor refers to the number of magnets around the rotor, usually represented by N. The number of pole pairs of a brushless motor refers to the number of poles of a brushless motor, which is an important parameter for controlling power output by an external driver...Read more
