Quick adjustment of automatic winding machine

Automatic winding machines need to be installed and commissioned after purchase, so how can you quickly adjust the winding machine to put it into use as soon as possible?

Fully automatic winding machines are usually designed and manufactured with a certain positional allowance to allow for maintenance and replacement of parts. Customers can use this allowance to make certain improvements to better meet production requirements. However, all improvements need to be within the allowances of the equipment. Unauthorized and blind modifications to the equipment can damage the equipment.

The spindle of a fully automatic winding machine is the power shaft that provides the rotational power to pull the enameled wire around. The configuration of the spindle varies for different sizes of winding machines. Adjustment of the winding machine spindle generally includes the following aspects: spindle position, concentricity adjustment and other winding processes. The adjustment of the output shaft position is usually due to the distance between the spindle and the table during the winding process of the winding machine does not meet the requirements of the production process, and a certain working space is required for each process. The adjustment of output shaft position should pay attention to the size of the opening position of the machine body and whether the adjustment will affect the normal operation of other components. Concentricity adjustment is common. After the winding machine runs for a period of time, the concentricity between the winding shaft and the ejector pin will deviate and needs to be maintained and adjusted in time.

The adjustment of the line arrangement device is usually the adjustment of the line arrangement distance and the rotation diameter. The adjustment of the lineup distance is due to the winding point of the device and the winding process does not pay the required adjustment. The method is usually to move the device’s seeking sensor. It is important to note that the position movement should not exceed the mechanical origin of the device. A margin needs to be left to ensure that the device does not mechanically collide when homing. Due to the production of different manufacturers, the winding machine also has different methods of adjustment.

With the continuous progress of science and technology, the function and winding precision of electrical equipment such as automatic winding machine has been greatly improved, and the labor intensity of many operating workers has been reduced in the degree of automation of the winding machine, while also improving production efficiency, so the automation of equipment manufacturing in the modern electrical industry is particularly important. It can be seen that to ensure the normal work of automatic winding machine is important, the following we will briefly explain the impact of the motor on the work of the winding machine.

AC motor is required through the electromagnetic speed control device, or the addition of frequency converter to achieve speed control function, but also a certain energy-saving effect. DC power needs to be supplied to the power supply into DC power to drive the motor operation, will be equipped with DC speed control board or brushless driver to drive the control motor, in the small winding machine equipment applications are larger. There is also a servo-driven motor, which belongs to the fine moving parts, suitable for high fine winding equipment, with a special driver to achieve closed-loop operation control, this type of motor is characterized by constant torque, closed-loop operation, used to meet the requirements of high-precision coil processing.

WhatsApp/Wechat: +86 13075286997

E-posta: sales@vacuz.com [fusion_form form_post_id="431″ margin_top="" margin_right="" margin_bottom="" margin_left="" hide_on_mobile="small-visibility,medium-visibility,large-visibility" class="" id=""][/fusion_form]