What are the speed regulation methods of the multipole winding machine?

In this current period of development, the use of machinery and equipment for workmanship and processing is relatively cost-effective, and it can also bring benefits to manufacturers. in addition, most of our domestic industries are facing exports, and most of the customers we cooperate with are foreign customers. it also illustrates the importance of domestic machinery and products. Take the multi-stage winding machine as an example, what do you think is its development trend?

Firstly, the speed regulation mode of the AC motor: this kind of motor itself has no speed regulation function, the fully automatic parallel winding machine, it needs to realize the speed regulation function through the electromagnetic speed regulation device or adding the frequency converter, the more common is the frequency converter speed regulation mode. through the control system of winding equipment to control the frequency converter to make the motor with speed regulation function, winding machine, this way also has a certain energy-saving effect.

Secondly, the speed regulation mode of the DC motor: the DC motor needs to convert the supplied power into DC in order to drive the motor, so the DC motor is equipped with a DC speed regulator or brushless driver to drive and control the motor. because the motor is small, it should be used in small winding equipment.

Thirdly, the speed regulation mode of servo drive motor: it belongs to precision motion parts which are suitable for high precision winding equipment and are used with special drivers to realize closed-loop operation control. this kind of motor is characterized by constant torque and closed-loop operation. used to meet the processing requirements of high-precision coils.

Strictly speaking, modern electrical equipment is not affected by the environment, so why emphasize the influence of environmental factors? This should be analyzed from the electrical configuration of the winding machine, its control system has a large number of electronic components, light, moisture, dust and vibration have a serious impact on it. Although it is impossible to completely eliminate these effects, we can greatly reduce the damage to the equipment. Such as setting up a dust-free workshop, keeping the workshop dry and clean, avoiding tilt during installation can effectively reduce vibration, installing protective devices in some important parts, and so on.