Fully automatic winding machine widely used and common principle

Fully automatic winding machine widely used and common principle：

The fully automatic winding machine is widely used in industries such as power, ore machinery, furniture processing, etc., and is general equipment. By calling for the production site of fully automatic winding machine companies, most of the current JG series ring -shaped fully -automatic winding machines used in the use of the JG series are largely available. Once the operation is improper, it may not only be abolished by the winding, but also may cause seriousness to people's fingers. harm. In order to reduce the safety of the wings of the winding, it is necessary to add a fully automatic winding machine protective device.

      Recently, a fully automatic winding machine protection system that has been successfully developed for the JG series ring -shaped fully automatic winding machine safety hazard has been successful. According to the general position and danger of the operator's hand, this protective device is intelligently decelerated to the fully automatic winding machine and has achieved the purpose of safety protection. The full -automatic winding machine safety protection device has intelligent, low cost, and small volume. Control the advantages of more accurate and other advantages, and have good economic benefits and development prospects.

The full -automatic winding machine we usually use generally has the operating status of the CNC system control device. The number of circles, step control, speed adjustment, and precise parking are basic common functions. The precise parking function is in the winding process of the winding process. One of the very important functions, it can make the main axis accurately positioning. Auxiliary processes such as taps and insignation paper in the process of winding require this function to cooperate. So how does modern winding equipment achieve precise parking?

     Methods to achieve the main axis of the winding device are common in the following two implementation principles:

    1. The brakes are installed in the spindle system. The common brake types include electromagnetic, pneumatic, friction and other categories. Among them, electromagnetic brakes are widely used. The characteristics of convenience, the control signal is undergoing a controller system, and the brakes lock the main axis after the brake obtains the signal to achieve accurate parking.

    2. Use the spindle inertial pre -control and inverter DC brake to achieve precise parking of the main axis. This implementation principle requires control system to control the equipment's spindle to inertia, cut off the spindle power in advance, use inertia plus the inverter DC braking brake to make The main axis implements accurate parking.

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