Talking about the threading method of the winding machine

The fully automatic winding machine manufacturer's fully automatic winding machine consists of three parts: a wire release mechanism, a winding mechanism, and a wire arrangement mechanism. During the winding process, as long as the winding motor and the winding motor maintain a constant speed ratio, equal pitch winding can be achieved.

The main regulator is a tension regulator, which receives a tension setting signal; The speed regulator maintains a constant linear speed when the spindle rotates, while the current regulator ensures the stability of the motor. The two secondary circuits only play a rough adjustment role in the coiling process, while the main circuit is the fine adjustment of the coiling tension. When the tension is above or below the set value, the regulator generates a regulating signal to correct the given value of the coiling system, continuously correcting the tension, and maintaining a constant tension during coiling.

The fully automatic winding machine regulator ensures that each winding can reach the desired position, which is then transmitted to the vector regulator. After reaching a certain position, it can move towards the opposite position. Throughout the entire process, it is necessary to ensure that the speed of the guide screw travel is maintained at a certain level. Ensure stable speed through a speed regulator.

The main material used in the processing operation of Weiding's fully automatic winding machine manufacturer's fully automatic winding machine is enameled wire. During the entire processing process, the wire needs to be transported from the original wire barrel to the winding shaft through different threading devices, and different tension threading mechanisms with different functions and types are configured according to the characteristics of the wire.

Let's first talk about its types. Our common types of wire passing mechanisms include parallel, vertical, and composite wire passing mechanisms, which have significant differences in structure. According to the differences in models, they are commonly used configurations such as electronic servo, electromagnetic control, and mechanical.

These commonly used configurations are respectively applied to our common automatic winding machines; The parallel threading method is suitable for winding flat copper wire, while the vertical threading method is suitable for common circular wire processing operations. For some special materials of wire, the use of a composite threading mechanism can maintain constant tension and smooth threading.

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