Three main speed modes of automatic winding machine
The automatic winding machine does not require manual operation, so it has higher technical requirements for professional operators. The winding machines are equipped with automatic speed control function. Due to the different types of winding machines, their configurations are also different. The spindle motor that everyone is more familiar with is AC motor. The three types of DC motors, servo drive motors and speed governors are used in different ways. There are characteristics, let's introduce the speed mode of the automatic winding machine.
1. Automatic winding motor speed regulation mode:
This kind of motor itself has no speed control function and needs to install or drive device to realize speed adjustment. Compared with the commonly used method of winder inverter, it adopts the frequency conversion motor control system that combines the control system and the speed. This method also has the effect of energy saving. .
2. Automatic winding method of DC motor speed:
Due to the miniaturization of the motor in the smaller winder, the DC motor must be equipped with a brushless DC speed control board or motor drive to convert the DC power into a DC power source, so that the motor can run.
3. Speed control method of servo motor for automatic winding machine
This machine is a high-precision winding machine. The moving part has a special transmission device, which can realize closed-loop operation control. The main feature of this engine is stable torque and closed-loop operation, which meets the requirements of precision coil processing.
Automatic winding machines mostly use electromagnetic braking to control the parking position of the reel. Generally, the manufacturer will adjust the brake disc to the appropriate value when leaving the factory, but after a period of operation, due to frequent use and wear of the brake, abnormal noise will occur in the brake. , Parking position offset, etc., if the brake disc needs to be wound around the specified point or the winding across the groove, the enameled wire cannot be normally embedded in the groove, etc., so as a processing method mastered by the user, the equipment will be more effectively used efficient.
