基于PLC的切刀伺服联动控制系统设计

基于PLC的切刀伺服联动控制系统设计(论文11000字)
摘要：本文针对基于plc的切刀联动伺服控制系统的设计。首先，对可编程控制器的工作原理以及伺服系统的原理进行了深入的分析和研究。然后，实现了切刀的自动运行、工料位置的控制、人机界面的操控等。最后，通过对梯形图的逻辑的紧密控制以及与人机界面的互动，实现了该控制系统的运行以及切刀的合理控制。
关键词：plc；伺服系统;切刀

The Design Of Cutter Servo Linkage Control System Based On PLC.
Abstract：In this paper, the design of the servo control system based on PLC is introduced. Firstly, the working principle of PLC and the principle of servo system are analyzed and studied deeply. Then, the automatic movement of the cutter, the control of the position of the material and the control of the man-machine interface are realized. Finally, through the tight control of the logic of the ladder diagram and the interaction with the man-machine interface, the operation of the control system and the reasonable control of the cutter are realized.
Key words: PLC;Servo system; Cutter

目 录
1.绪论
1.1课题背景及意义..........................................................................................................................1
1.2国内外发展现状..........................................................................................................................1
1.3论文研究内容..............................................................................................................................2
2.系统介绍......................................................................................................................................2
3.系统功能概述
3.1整体介绍......................................................................................................................................2
  3.2全自动模式/半自动模式.............................................................................................................3
  3.3手动模式/复位模式.....................................................................................................................4
  3.4打孔位置/切刀位置.....................................................................................................................5
  3.5通讯..............................................................................................................................................5
  3.6硬件设备.....................................................................................................................................9
4.系统设计及调试
4.1程序软件设计............................................................................................................................14
4.2触摸屏的编程............................................................................................................................18
4.3系统调试....................................................................................................................................18
4.4参数配置....................................................................................................................................19
4.5运行结果....................................................................................................................................26
5.总结与展望...............................................................................................................................26
参考文献........................................................................................................................................26
致谢...................................................................................................................................................28