The fully automatic winding machine of the winding machine manufacturer consists of three parts: the pay-off mechanism, the winding mechanism and the cable-discharging mechanism. Equal pitch winding can be achieved as long as the winding motor and the wire motor maintain a constant speed ratio during the wire routing.

The main regulator is a tension regulator, the main regulator receives the tension setting signal; the speed regulator keeps the line speed constant while the spindle rotates, and the current regulator ensures the stability of the motor. The two secondary circuits only play a coarse adjustment during the winding process, while the primary circuit is a fine adjustment of the take-up tension. When the tension is higher or lower than the set value, the regulator generates an adjustment signal, corrects the given value of the take-up system, continuously corrects the tension, and maintains the tension constant during winding.

The fully automatic winding machine adjuster ensures that each winding can reach the desired position, and then it is passed to the vector adjuster, and when it reaches a certain position, it can travel to the opposite position. In the whole process, it is necessary to ensure that the speed of the guide screw travels is constant. Through the speed regulator, the speed is guaranteed to remain stable.

The main material of the automatic winding machine of the winding machine factory is the enameled wire. During the whole process, the wire needs to be transported from the original wire barrel through different wire passing devices to the winding shaft, which is configured according to different wire characteristics. Tension and threading mechanisms with different functions and types.

Let's talk about its type first. Our common types of wire types are parallel, vertical, and composite wire-passing mechanisms. They are mainly structurally different. They are equipped with electronic servo type according to the difference of models. Electromagnetically controlled, mechanical and other common configurations.

These common configurations are applied to our common automatic winding machine; the parallel type of wire is suitable for the winding of flat copper wire, and the vertical wire type is suitable for the processing of common round wire, for some special materials. The wire uses a composite wire-drawing mechanism to maintain constant tension and smooth line.