摘要：我的毕业设计课题为FA-SV-TS-1伺服驱动调试实训台电气控制系统设计。经过了前期的选题，对课题进行了初步分析，从一段时间的不知所措，不知该如何开始后，逐步对毕业设计的内容有了想法，感受到毕业设计是需要用到足够多大学所学课程，我把他当成所学知识的巩固，所以我并不像开始那么急了，静下心开始基本的知识储备复习，对所要进行的设计内容步骤进行了规划，接下来开始写开题报告，查阅资料文献，一些重要部件需要自己选定，同一个部件可以用许多种不同型号产品，但是我们需要选择最为适合的，作为一台学生用的实训台必须满足基本性能，还要考虑到安全问题比如电压和功率的选择，以及部件和部件之间的配合。之后正式开始了毕业设计的内容，主电路和辅助电路的设计，对实训台故障的分析和设定，电路的设计需要考虑到各个环节，是最重要也是最难的部分，通过参考别人的电路图不断学习，终于完成了自己电路的设计。43812

毕业论文关键词：伺服驱动；实训台；电气控制

 THE DESIGN OF ELECTRICAL CONTROL SYSTEM OF FA-SV-TS-1 SERVO DRIVE TEST BENCH

Abstract: My graduation project for FA-SV-TS-1 servo drive design and debug platform of electric control system, the preliminary topics, a preliminary analysis of the subject, after a period of at a loss do not know how to start, and gradually to the graduation design contents have a roughly understanding, feel the graduation design is needed to learn enough many university courses, I regard him as a knowledge of the consolidation, so I did not start so anxious, quiet start basic knowledge review, design content of steps to the planning, the next start to write a report, referring to the literature research, some important components need to choose, the same parts can be used in many different types of products, but we need to choose the most suitable, as a training platform for the students must meet the basic performance , also consider the security issues such as the choice of

voltage and power, as well as the coordination between the parts and components. After the official start of the content of graduation design, the design of the main circuit and auxiliary circuit, the training 

platform of fault analysis and setting, circuit design need to consider all aspects of, is the most important and most difficult part, by reference to other circuit diagram of continuous learning, and finally completed the design of the circuit.

KeyWords：servo drive；electric control system；design of the circuit

目录

1 .绪论 1

 1.1 引言 1

 1.2 概述 2

  1.2.1 数控机床简介 2

  1.2.3 电气控制技术的发展 2

2 .FA-SV-TS-1伺服驱动系统调试实训台总体方案设计 5

 2.1数控实训台的功能 5

 2.2 设计数控实训台的目的 5

 2.3 数控实训台伺服驱动系统 5

  2.3.1伺服电机： 5

  2.3.2 伺服驱动器 6

 2.4数控实训台所用PLC控制器介绍 7

 2.5 磁电测功机的选用 9

 2.6 触摸屏幕的选择 9

3 .触摸屏幕操作界面的设计 11

 3.1 人机界面的设计