Servo motors play a pivotal role in a wide range of applications, from precision – controlled industrial machinery to advanced home automation systems. However, one common challenge that comes with their operation is heat generation. Excessive heat can not only degrade the performance of servo motors but also significantly shorten…
In the field of scientific research and laboratory operations, pipetting modules play a crucial role in accurately transferring liquids. However, cross – contamination within the fluid path system of pipetting modules can seriously affect the accuracy and reliability of experimental results. Here are some key points on how to avoid…
Brushless DC motors (BLDC), a cutting-edge motor technology with wide-ranging applications, have gradually replaced traditional brushed DC motors due to their unique performance advantages. BLDC motors can be classified into inner rotor and outer rotor structures based on the relative positions of the rotor and stator. Definitions and Structural Characteristics…
In the wave of intelligent manufacturing and precision control, the servo motor serves as the power core, and its encoder is like a “neural sensor”, continuously transmitting position and speed feedback in real-time to ensure the stable operation of the system. However, encoder faults under complex working conditions are like…
The core of a BLDC drive system lies in electronic commutation. Different from traditional brushed motors that use mechanical commutators and brushes to switch the current direction of the stator windings, BLDC drives rely on electronic circuits and control algorithms to achieve this process. Specifically, the drive system obtains the…
In the wave of modern technology, the brushless direct current motor (BLDC for short) is gradually becoming the core technology in many fields. From the household appliances we use daily, to the precision equipment in industrial production, and then to the high – end applications in the aerospace field, BLDC…
In the process of motor operation, parameter optimization can significantly enhance motor performance, enabling it to better meet actual requirements. The following are the key steps to deal with motor parameter optimization. Have an In – depth Understanding of Motor Parameters To optimize motor parameters, one must first have…
In the practical application of motors, choosing the appropriate protection type is of great significance. It not only affects the normal operation of the motor but also influences its service life and safety. The following are the key points for choosing the appropriate motor protection type. Consider the Operating Environment…
In the motor industry, from the production and manufacturing of motors, commissioning and operation to subsequent maintenance, the occurrence of parameter loss issues may seriously affect the performance of motors, leading to unstable motor operation, reduced efficiency, and even equipment damage, causing significant losses to production. The following are several…
During the operation of various motor – driven equipment, motor stalling is a common and tricky issue. It not only affects the normal operation of the equipment but may even cause damage to the equipment in severe cases. Here are some key points for dealing with motor stalling problems. Check…