Speed mode of fully automatic winding machine

The speed control mode of the fully automatic winding machine manufacturer's fully automatic winding machine is to adapt to coil processing technology. The fully automatic winding machine needs to be configured with adjustment of the spindle speed, and the lifting equipment should be distinguished according to the configuration of the processing type. We are familiar with three types of motors: spindle motor, DC motor, servo motor, and the motor speed control mode used has its own characteristics. Below, we will combine the speed control equipment of the winding device:

The fully automatic winding machine mode for DC motor speed regulation requires the conversion of DC power supply to DC power supply to drive the motor. Therefore, DC motors are equipped with brushless DC speed control boards or control motor drives to drive, as motors are used in small applications with a small number of large winding equipment.

The AC motor speed regulation mode of the fully automatic winding machine does not have speed control function, and it needs to be installed or driven by an electromagnetic control device to achieve speed regulation function. We compare the winding device with the inverter, which is a common method. The winding is controlled by the equipment of the speed control variable frequency motor control system, and this method also has an energy-saving effect.

The method of servo driving motor speed for fully automatic winding machine manufacturers is a precision moving component for high-precision winding equipment, as well as a dedicated drive used to achieve closed-loop operation control. One major feature of this type of engine is constant torque, which is designed to meet the processing requirements of precision coils during closed-loop operation.

How does the fully automatic winding machine operate? It is controlled by a CNC controller to respectively start and stop the spindle and the linkage operation of the wire arrangement mechanism. According to the set process, the winding of the spindle and the left and right displacement of the wire arrangement mechanism are achieved. When the number of coils reaches the set value, automatic shutdown is set. The function of the CNC controller has evolved from a single simple process to continuous operation of modern multi-step complex processes. Currently, its function can meet the processing requirements of common coils.

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