The automatic winding machine is not difficult to operate. After the Dongguan Winding Factory is introduced here, I believe that people who don't understand will only understand if they follow the method.

In the process of operating the automatic winding machine, the automatic winding machine must know how to set three important winding parameters: the winding position, the enameled wire specification and the winding width.

First, the setting of the winding position

What is the winding position? Simply speaking, it is the starting point of the winding on the skeleton. This position is closely related to the coil's head and coil type. The specific value of the relevant winding position can usually be measured by the measuring function of the equipment control system. Personnel can also be measured manually, using the fixed point as a reference point to actually measure with the ruler. When setting this point, pay attention to the winding direction of the coil.

Second, the enameled wire specification setting

Our common enameled wire has different wire diameters. The correct setting of the enameled wire line will directly affect the effect of the wire. The enameled wire with different materials needs to be added with different wire diameter correction values. The copper wire is not easy to be thinned, and the correction value is added. Around 0.02, the aluminum wire is easily stretched after passing through the tension of the winding device and the wire passing device, and the correction value is larger than 0.02-0.2.

Third, the setting of the winding width

The definition of the winding width of the automatic winding machine is the distance from the position of the winding to the end of the winding. Usually, this value directly reflects the length of the skeleton to be wound. When setting, it is necessary to consider the small deformation of the skeleton used. The amount of winding will affect the width of the winding. The minimum measurement method should be used to take the minimum value as the winding width.