一种钢筋弯曲设备的伺服电机控制设计

为提高钢筋生产过程中的安全性和可靠性,提供了一种钢筋弯曲设备的伺服电机控制设计,包括PLC控制单元、行走伺服电机、弯曲伺服电机、电磁阀、气缸、信号采集单元及触摸屏。信号采集单元包括光电开关、磁性开关及钢筋弯曲设备的开关按钮。该伺服电机控制设计通过PLC控制器运动控制技术及数据处理技术实现设备的全数字化控制,通过伺服控制技术实现设备的精准高效的运动及生产节能,从而实现系统操作界面更人性化、操作简单快捷、钢筋弯曲准确、生产效率高、节能,同时也大大降低了工人的劳动强度及废品率,进而降低了生产成本。

Design of Serve Motor Control in a ConcreteBar Bending

In order to improve the security and reliability in the process of producing steel, a servo motor control design of reinforced bending equipment was provided, which include PLC control unit, servo motor, bending servo motor, solenoid valve, cylinder, signal acquisition unit and a touch screen. The signal acquisition unit included the photoelectric switch, magnetic switch and the switch button of the bending equipment. The servo motor control strategy was implemented by PLC controller motion control technology and data processing technology to realize the full digital control equipment, where servo control technology was used to achieve the accurate and efficient movement of the equipment and the energy saving in the process of production. A more humanized operation interface was included for easy operation and bending accuracy. The system accomplished not only high efficiency, energysaving, but also considerable reduction of the labor intensity and the rejection rate, whereby lowers the cost.