本设计利用PLC控制器中的PID控制指令完成PID算法，实现对丝杆运行

本设计利用PLC控制器中的PID控制指令完成PID算法，实现对丝杆运行速度的闭环调速，达到想要的位置。利用CCW编程软件编写控制程序（梯形图），在Micro 850控制器上运行控制程序后，控制变频器，进而控制伺服电机的转速，然后控制丝杆定位。利用编码器采集到转速的高速脉冲信号送入到PLC高速计数器模块作为PID算法的反馈变量，从而实现对丝杆运动系统的闭环调速，根据丝杆运动控制系统的特点，完成PID算法的参数调整。

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源语言: -

目标语言: -

结果 (英语) 1: [复制]

复制成功！

This design uses the PID control instructions in the PLC controller to complete the PID algorithm to achieve closed-loop speed regulation of the running speed of the screw to reach the desired position. Use CCW programming software to write a control program (ladder diagram), run the control program on the Micro 850 controller, control the inverter, and then control the speed of the servo motor, and then control the screw positioning. The high-speed pulse signal collected by the encoder is sent to the PLC high-speed counter module as the feedback variable of the PID algorithm, thereby realizing the closed-loop speed regulation of the screw motion system, and completing the parameters of the PID algorithm according to the characteristics of the screw motion control system Adjustment.

正在翻译中..

结果 (英语) 2:[复制]

复制成功！

This design uses the PID control instruction in the PLC controller to complete the PID algorithm, and realizes the closed-loop speed of the wire rod to reach the desired position. Using CCW programming software to write a control program (ladder diagram), after running the control program on the Micro 850 controller, the controller is controlled, which in turn controls the speed of the servo motor and then controls the position of the wire rod. The high-speed pulse signal collected by the encoder is fed into the PLC high-speed counter module as the feedback variable of the PID algorithm, so as to realize the closed-loop speed of the wire rod motion system and complete the parameter adjustment of the PID algorithm according to the characteristics of the wire rod motion control system.

正在翻译中..

结果 (英语) 3:[复制]

复制成功！

This design uses the PID control instruction in PLC controller to complete the PID algorithm, to realize the closed-loop speed regulation of the screw speed, to achieve the desired position. Using CCW programming software to write control program (ladder diagram), after running the control program on micro 850 controller, control the frequency converter, then control the speed of servo motor, and then control the positioning of screw rod. The high-speed pulse signal collected by the encoder is sent to the PLC high-speed counter module as the feedback variable of the PID algorithm, so as to realize the closed-loop speed regulation of the screw motion system. According to the characteristics of the screw motion control system, the parameter adjustment of the PID algorithm is completed.

正在翻译中..

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