目录摘要.......................................................................第一章绪论................................................................1.1PCL简介..............................................................1.2PLC的基本结构.......................................................1.3PLC的工作原理.......................................................1.4PLC特点.............................................................1.5PLC的应用领域.........................................................5.1PLC国内外应用发展状况..............................................第二章PLC控制系统设计原则和设计步骤.....................................2.1设计原则.............................................................2.2设计步骤.............................................................第三章三菱PLC网络化控制..................................................3.1MELSECNET/H网络.......................................................3.2.CC一L1NK现场总线....................................................3.3三菱PLC的优点........................................................第四章基于三菱PLC的伺服平台控制系统设计.................................4.2伺服电机PLC控制系统硬件设计.........................................4.2.1控制系统主要设备选型..............................................4.2.2PLC控制系统输入输出分配表........................................4.2.3控制系统电气原理图设计............................................4.3伺服驱动器参数设置...................................................4.4伺服电机PLC控制系统软件设计.......................................4.4.1触摸屏画面设计....................................................4.4.2PLC主要控制程序设计..............................................4.5测试系统的搭建........................................................4.5.1系统搭建..........................................................4.6三菱PLC软件编程......................................................总结与展望.................................................................总结.....................................................................展望.....................................................................参考文献...................................................................致谢.......................................................................摘要：本文基于三菱PLC，设计了伺服平台设计系统，控制系统电气原理图设计，触摸屏控制接口制作，伺服驱动器参数设置，PLC程序设计等细节。由于PLC直接控制伺服电机，具有系统结构简单、运行可靠、扩展性强、实用性强等优点。UE.然后，介绍了基于PLC的三菱伺服控制系统的设计，并通过一系列试验证明该系统具有稳定性、定位精度和广泛的兼容性。关键字：三菱PLC；伺服电机；定位控制Abstract：ThispaperisbasedonmitsubishiPLC,servoplatformdesignsystemdesign,controlsystemelectricalschematicdiagramdesign,touchscreencontrolinterfaceproduction,servodriverparametersetting,PLCprogramdesignandotherdetails.BecausePLCdirectlycontrolstheservomotor,ithastheadvantagesofsimplesystemstructure,reliableoperation,strongexpansionandbetterpracticalvalue.Then,themitsubishiservocontrolsystemdesignbasedonPLCispresented,andaseriesoftestsprovethatthesystemhasstability,positioningaccuracyandwidecompatibility.Keyword：MitsubishiPLC;Servomotor;Positioningcontrol第一章绪论PLC是传统继电器接触器技术和计算机技术的结合。具有可靠性高、抗干扰能力强、灵活性强、通用性强等...
