FANUC0iD数控车床电气柜设计与调试摘要数控机床由普通机床发展而来，它集机械、液压、气动、伺服驱动、精密测量、电气自动控制、现代控制理论、计算机控制和网络通信等技术于一体是一种高效率、高精密、能保证加工质量、解决工艺难题，而且又具有一定柔性的生产设备，并正逐步取代普通机床。数控机床的广泛的使用，给机械制造业的生产方式、产品结构和产业结构带来了深刻的变化，其技术水平高低和拥有量多少，是衡量一个国家和企业现代化水平的重要标志。本设计主要对电气柜等设计关键词：数控车床；FANUC；电气柜设计FANUC0iDCNClatheelectriccabinetaswellasdesignandcommissioningAbstractCNCmachinebyconventionalmachinetools,itintegratesmachine,hydraulic,pneumatic,servodrive,precisionmeasurement,electricalautomaticcontrol,moderncontroltheory,computercontrolandnetworkcommunicationtechnologyinabodyisakindofhighefficiency,highprecision,ensuringthemachiningquality,solveprocessproblems,butalsohasthecertainflexibleproductionequipment,andisgraduallyreplacingconventionalmachinetools.Numerically-controlledmachinetool’sextensiveuse,givemachinerymanufacturingmodeofproduction,productstructureandindustrialstructurebroughtaboutprofoundchangesitstechnicalleveldiscretionandownership,howmuchisthemeasureofacountryandtheenterprisemodernizationlevelofimportantsymbol.Thisdesignismainlytotheelectricitygasholder,suchasdesignKeywords:CNCLathe；FANUC；Electriccabinetaswellasdesign目录摘要..................................................................................1第一章绪论..........................................................................41.1数控机床电气控制系统的发展.....................................................41.1.1数控系统的发展...........................................................41.1.2伺服系统的发展...........................................................51.1.3可编程控制器的发展.......................................................51.2强电控制柜简介.................................................................51.3电气控制系统设计的意义.........................................................5第二章数控装置的组成、结构与功能.....................................................62.1数控机床的组成.................................................................62.1数控车床控制结构图.............................................................62.1数控系统、模块的功能...........................................................72.3.1变频器的功能、连接与调试.................................................72.3.1伺服驱动系统............................................................12第三章数控机床的PMC................................................................143.1PMC程序介绍...................................................................143.4.1PMC接口.................................................................143.4.1地址格式和信号类型......................................................143.4.1程序分析................................................................17第四章电气柜的设计..................................................................194.1电柜柜体设计..................................................................194.1.1电柜的密封..............................................................194.1.2电柜温升设计............................................................214.1.3电柜柜体的抗干扰设计....................................................234.1.4电柜的制造工艺...............
