基于PLC矿井提升绞车电气控制系统的改进

范文编号:ZD291  范文字数:23594,页数:26   有开题报告，任务书，中期报告，文献综述

【摘要】我国矿井提升绞车大多是采用交流异步电机拖动，其电气控制系统采用转子串、切电阻调速，由继电器－接触器构成逻辑控制装置。本文以安全、可靠、高效、经济为出发点，以可靠性原则为依据，对矿井交流提升绞车电控系统中转子电路串电阻调速部分，进行研究设计，由可编程控制器（PLC）代替继电器－接触器构成的逻辑控制装置。本文以JTK-1.6X1.2矿用提升绞车为例，提出了研究设计方案，结合实际情况，对实际现场应用的提升绞车进行改造，研究探讨提升绞车电控系统的改进与优化设计。PLC电控系统实现了对提升过程的程序控制，精度高；实现了速度、电流以及矢量的数字交换等，对提升绞车进行闭环调节；实现行程、速度等重要参数及提升状态的监视实现无触点控制，寿命长，可靠性大大提高；具有良好的控制监视系统。
【关键词】提升绞车  电气控制系统  PLC  改进

PLC-based electric mine hoist control
Institute of Physics and Electrical and Mechanical Services    Electronic and Information Engineering
200504228   Liu Hejia  The guidance of teachers:Wang Zhuhua(Associate Professor)
 
Abstract: China's mines are hoist AC Induction Motor Drive,and its electrical control system uses a rotor series, cutting speed resistance ,by the relay - contactor control devices constitute a logical. In this paper, a safe, reliable, efficient and economic as the starting point, reliability based on the principle of exchange of mine hoist control system of electric circuit series resistance of the rotor speed control part, runs research design, by the programmable logic controller (PLC) to replace the relay - contactor control devices consisting of logic. In this paper, JTK-1.6X1.2 mine hoist for example, a research and design programs, combined with the actual situation of the actual field application of hoist modify study to enhance the improvement of mechanical and electrical control system design and optimization. PLC electrical control system to enhance the process of realization of the process control, high precision; to achieve speed, current as well as the vector, such as digital switching, the closed-loop regulation of hoist carried out; the realization of stroke, speed and other important parameters and to enhance the status of realization of a touch monitor control, long life, reliability, greatly increased; has a good monitoring system to control..
Key words: Hoist  Electrical Control System  The Programmable Logic Controller  Improve

目  录
 
 
1概  述 - 1 -
1.1课题背景 - 1 -
1.2提升绞车概述 - 1 -
1.3绞车电控技术要求 - 1 -
1.4现用绞车存在的问题 - 2 -
2矿井提升绞车控制系统 - 2 -
2.1矿井提升绞车电控系统简介 - 2 -
2.2矿用绞车控制原理 - 3 -
2.3电控系统的连锁与保护 - 6 -
2.4提升绞车的操作及控制过程 - 6 -
2.5提升绞车电控系统的安装与维护 - 7 -
3 改进方案制定 - 7 -
3.1矿井提升绞车电控系统存在问题 - 7 -
3.2提升绞车电控系统的要求 - 8 -
3.3 PLC与传统的继电器控制系统比较 - 8 -
3.4电控系统改造方案 - 9 -
4 PLC的基本原理 - 9 -
4.1 PLC控制系统 - 9 -
4.2 PLC的工作原理 - 10 -
4.3可编程控制器的编程语言 - 10 -
4.4松下系列的可编程控制器 - 11 -
4.4.1可编程控制器软元件 - 11 -
4.4.2 松下FP1-C56可编程控制器 - 11 -
5 PLC控制系统设计 - 11 -
5.1 PLC控制系统的设计步骤 - 11 -
5.2 PLC控制系统程序调试与检查 - 12 -
5.3硬件系统设计 - 13 -
5.3.1 PLC及外围线路的设计 - 13 -
5.3.2电气线路的设计 - 14 -
5.3.3抗干扰措施的设计 - 15 -
5.4软件系统设计 - 15 -
5.5 PLC控制I/O分配列表 - 16 -
5.6 PLC仿真程序分步调试 - 18 -
5.7主程序调试 - 19 -
6 结束语 - 20 -
致  谢 - 20 -
参考文献 - 21 -
附页1 - 22 -

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