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Precision control system: Auto Rewinder's core technology for improving production efficiency

Industry News-

1. Overview of Auto Rewinder's precision control system
Auto Rewinder uses MITSUBISHI brand PLC and inverter as its core control system, and cooperates with MCGS brand touch screen to achieve efficient management and precise control of the rewinding process. This system ensures that the equipment can rewind stably and efficiently through high-precision parameter setting and real-time data monitoring, minimizes human intervention, and improves the automation level of the production line.

1. PLC control system
PLC is the basis of modern industrial equipment automation. Its core function is to achieve precise adjustment of various equipment parameters through program control. In Auto Rewinder, the MITSUBISHI PLC controller can accurately adjust the equipment operating parameters, such as rewinding speed, tension control, cutting timing, etc., by receiving sensor data and processing it in real time, ensuring that each roll of material can accurately meet the preset specifications.

2. Inverter drive control
Auto Rewinder's inverter control system is an important technology for its precision control. The inverter can achieve precise control of the rewinding speed by adjusting the speed of the motor. Different materials have different speed requirements during the rewinding process, and the inverter adjusts the output frequency of the motor in real time, so that the equipment can automatically adjust the speed according to the characteristics of the material and production requirements, avoiding the problems of unstable speed and low efficiency in traditional mechanical control.

3. MCGS touch screen operation interface
Auto Rewinder uses the MCGS brand touch screen as the main control operation interface, making the operation more intuitive and simple. The operator can monitor the equipment status in real time through the touch screen, adjust various production parameters, and remotely control the operation of the equipment. The information displayed on the touch screen is clear and the operation interface is user-friendly, which reduces the learning curve of equipment operation and improves the work efficiency of operators.

2. How to improve production efficiency with precise control system
During the rewinding process, material tension control is crucial. Excessive tension can cause material breakage or curling, while too little tension will affect the rewinding effect and cause unstable production. Auto Rewinder can adjust the tension in the rewinding process in real time through precise PLC control and inverter drive to ensure that the material is always in the best condition throughout the rewinding process.

Traditional rewinding equipment often requires a lot of manual intervention to adjust rewinding parameters such as speed and tension. The precise control system of Auto Rewinder automatically adjusts various parameters in the production process through PLC, greatly reducing the need for manual intervention. The operator only needs to perform simple settings and monitoring through the touch screen, and the system can automatically adjust the operating status according to the settings.

The maximum production speed of Auto Rewinder is 400 meters per minute. This high speed can run stably with the support of the precise control system, ensuring the consistent rewinding quality of each roll of material. In a high-speed production environment, traditional equipment often faces problems such as uneven materials and inaccurate cutting due to excessive speed. However, Auto Rewinder can maintain stable rewinding quality even at high speeds through a precise control system, improving production capacity and production efficiency.

The PLC control system of Auto Rewinder can monitor the operating status of the equipment in real time, collect various data and analyze them. Once an abnormal situation is found, the system can issue an early warning in time and make automatic adjustments to avoid sudden failures in the production process.