机电工程系0601-王玉鹏毕业论文(编辑修改稿)

机电工程系0601-王玉鹏毕业论文(编辑修改稿)内容摘要：

, the sequential design method is mainly used in the preparation of the ladder. System, the choice of using more power in between the stepping motor and DC motor options, as stepper motor can be precisely start and stop, and relatively easy to control, step motor to power the final choice. Taken into account during the design of nonstandard parts and standard parts, standard parts selection, design nonstandard parts, standard parts of nonstandard 运城学院学士学位论文 parts by the restrictions. In the design process, as more transmission ponents, transmission ponents to be considered with the fixed support and to ensure noninterference between all the ponents. Possible to simplify the transmission system, accurate. Main point is the design should consider safety and reliability, economy and feasibility of such a bination of factors, including safety and reliability first place. Safety and reliability is reflected in the choice of some basic parameters, most of the domestic parameters determined based on experience, but also by internal parameters of the design is generally more secure. Economy reflected in the program simple and mature technology. If the program selected the PLC control ponents in the design sought to at least. Consider the feasibility of technical information and manufacturing costs. The design of control systems mature, lower manufacturing costs, feasibility strong. Select the PLC control program, seek to control ponents in the design at least, the simplest structure, bandaging accurate, stable and reliable. A parison of alternative control scheme, choose the best program for preliminary design, calculation. If not meet design requirements, pared to the rest of the program, and then choose the best preliminary design of the program again, if meet the requirements, select the model, the detailed design. Control options: options in the choice of control because the reality hardware and software limitations, some requirements had to be simplified, considering the various factors to determine the program for the PLCbased control of electrical systems. The main technical data: Renovation of internal information on the dressing and bandaging machine video at home and abroad, and other information related to the mechanical design. Key words: Automatic, wrap machine, PLC, electrical control system design 运城学院学士学位论文 I 目 录 第一章 绪论 .................................................................................................................1 选题目的、价值和意义 ......................................................................................1 研究范围以及所要达到的技术要求 ..................................................................1 本课题在国内外的发展状况及存在的问题 ......................................................2 本课题的指导思想 ..............................................................................................2 本课题应解决的主要问题 ..................................................................................3 第二章 基于 PLC 的自动包扎机电气控制系统设计、控制方案介 绍 ....................4 控制方案简介、分析、选择 ..............................................................................4 控制方案确定、介绍 ..........................................................................................4 第三章 步进电机基本原理 .........................................................................................7 步进电机简介 ......................................................................................................7 步进电机结构及工作原理 .................................................................................8 步进电机的运行控制 .......................................................................................10 工作过程 ....................................................................................................10 PLC 介绍 ......................................................................................................... 11 PLC（可编程控制器）的特点 .................................................................. 11 PLC 基本原理 ....................................................................................................12 CPM2A 的性能和功能 ......................................................................................15 第四章 编程设计（接线图、梯形图、功能表图） ...............................................16 步进电机 ...........................................................................................................16 PLC 选择、参数 ................................................................................................17 控制过程分析 ...................................................................................................18 程序编制 ...........................................................................................................19 电机间的速比 ....................................................................................................21 步进电机与 PLC 衔接配合 ..............................................................................35 运城学院学士学位论文 II 第五章 实验 .............................................................................................................36 条件实验 ............................................................................................................36 实物连线图 .......................................................................................................36 设计成本分析 ...................................................................................................38 第六章 结论 ...............................................................................................................39 参考文献 .....................................................................................................................40 附录 .............................................................................................................................42 致谢 ...........................................。