In modern industry and automation, brushless motors have become an indispensable key technology with their high efficiency, precision and durability. However, for many people, the wiring configuration inside brushless motors is often confusing. So, how many wires does a brushless motor consist of? What are their respective functions? Basic structure…
Brushless motors have the advantages of high reliability, no commutation sparks, and low mechanical noise. They combine the advantages of DC motors and AC motors. They have the advantages of good adjustment performance of DC motors and simple structure, no commutation sparks, reliable operation and easy maintenance of AC motors.…
In recent years, we have observed a significant trend that brushless DC motors (BLDC) are increasingly popular in various applications such as automobiles, home appliances, power tools, and medical equipment. This phenomenon occurs due to the high-speed performance of BLDC motors, which can often exceed 10,000 rpm and even reach…
Hollow cup motors are a special type of motor. The main feature is that the rotor part of the motor adopts a hollow cup shape design. This design gives the hollow cup motor a series of unique characteristics. The following is the summary of the main characteristics of hollow cup…
Servo motors are more suitable than stepper motors in some special applications. Servo motors are special motors that precisely control speed. The motors are mainly closed-loop controlled, so the motor speed can be measured in real time. Servo motors are equipped with rotary encoders to feedback control accuracy, and the…
The hollow cup motor plays an indispensable role in many fields with its unique structural advantages, high-efficiency performance and wide adaptability. This ingeniously designed motor is named after its internal coreless (i.e. “hollow”) rotor structure, which gives it a series of excellent properties such as light weight, high-speed response, low…
In the application of modern motors, the control method of the motor plays a vital role. In particular, the “sense” and “non-sense” control methods of the motor have become a very important distinction in motor technology due to their different working principles and application scenarios. So, what is the difference…
As a core component in an automation control system, servo motors are widely used in industrial equipment, robots, CNC machining centers and other fields. It ensures efficient operation of the equipment by precisely controlling the speed and position. In practical applications, the speed adjustment of servo motors is very critical.…
In the fields of modern industrial automation and precision control, motors are vital core components. Servo motors, in particular, play an irreplaceable role in many high-precision, high-response applications. However, for some non-professionals or users who are new to motors, it is often a difficult problem to determine whether the motor…
In today’s rapidly developing manufacturing industry, ODM motor processing, as an important processing mode, has been widely used in many fields. So, what does ODM motor processing mean? How is it different from traditional processing methods? X-TEAM editor will introduce the working principle of ODM in detail below. Definition of…