How does the automatic control system of automatic winding machine work?

It is also an intelligent system to finish the accurate parking of the spindle bearing of automatic winding machine equipment. There are two basic principles: 1. The brake system is modified in the spindle bearing system software. The common brake types are inductive, electric, friction and so on. Among them, the inductive brake system is widely used, which has the characteristics of large axle load, fast response and convenient installation. After the control board system software generates the control data signal, the brake system obtains the data signal. 2. Accurate parking of servo motor is accomplished by using the risk control of inertia force of spindle bearing and the DC braking system of variable frequency governor. The basic principle of this kind of completion is that the automatic control system must control the risk of inertia force of spindle bearing of machinery and equipment, disconnect the driving force of spindle bearing in advance, and use inertia force plus the DC braking system of variable frequency governor to make the spindle bearing complete accurate parking. 3. Performance parameters of the servo control system of the automatic winding machine The jitter and coaxiality of the work clothes die shell necessary for fast winding. Under the rapid fitness movement of the control system, the technical and effective design scheme must be produced and processed with high precision, so as to meet the requirements of high-quality electromagnetic coil winding.

The situation at the level of automatic winding machine can no longer be summarized as a simple geometric figure posture problem or a statics problem. As a dynamic goal, the new type of wire rack control does not follow the rotation of the spindle bearing, but tries to show its "soft prospect and convenience". On the other hand, the added settings must pay enough attention to the information characteristics of the controlled target, so as to obtain the predicted actual adjustment effect. Therefore, it is no longer possible to separate the automatic control system from the controlled object for research and manufacturing like the traditional CNC machine tools, but it must be solved as a whole, and the problem of its dynamic model in high-speed environment, the harm of time delay of optical and electronic signals under the standard of fast motion control system and the problem of removal must be scientifically studied. In the case of high speed, it is necessary to scientifically study the overall linkage of CNC machine tools and control targets, the discrete system control method according to the overall driving force points, and the intelligent system control measures. -Fully automatic winding machine manufacturer

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