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论文编号:ZD1117 论文字数:19182,页数:35
摘 要
本文涉及电梯的轿厢和PLC控制系统的设计。了解电梯轿厢的特点及需要实现的功能，分析电梯轿厢的工作原理、基本结构，设计电梯的PLC控制系统。这篇论文主要研究乘客电梯的轿厢结构设计和PLC控制系统设计。
电梯是一种以电动机为动力的垂直升降机，装有箱状吊舱，用于多层建筑乘人或载运货物。电梯种类繁多，主要有两种分类方法，按用途分类和按驱动系统分类。电梯轿厢则主要包括两个结构，轿厢架和轿厢体。轿厢架是固定和悬吊轿厢的框架，由上梁、立梁、下梁和拉条等部分组成。电梯的轿厢由轿厢底、轿厢壁、轿厢顶和轿厢门等组成。这次主要是研究乘客电梯，要求有很高的安全性。PLC可控性和安全性较高，这次电梯主要通过PLC控制系统控制电机运行，继而控制电梯的拖动系统来控制电梯的运行。
关键词：电梯轿厢 控制系统
Abstract
This article is primarily related to the elevator car and the PLC control system. Understand the characteristics of the elevator car and the functions to be achieved. Analyse the working principle and the basic structure of elevator cars. Then design PLC elevator control system. This thesis focuses on the passenger elevator car structure design and PLC control system design.
Elevator is a kind of electric motor driven vertical lift, with box-shaped pod, used by people or transportation of products in multi-storey building. Elevator has many kinds of types. There are two main classifications which include use classification and drive system classification. Elevator car mainly consists of two structure, elevator car frame and elevator car body. Elevator car rack is the framework for fixing and suspending car. Higher beam、vertical beam、lower beam and brace compose the elevator car rack. Elevator car body consists of car bottom、car wall、car tops and car doors. The paper mainly study passenger elevator which demand high security. PLC has high safety and controlling. It controls the motor running mainly by the PLC control system, then control the elevator dragging system to control the elevator running.
Keywords: Elevator cars; Control system
目 录
中文摘要..I
英文摘要.II
目录…..…..…III
绪论…..1
背景及意义...1
电梯行业现状…...2
电梯简介…..…....4
电梯基本分类.….…...4
按用途分类.....4
按驱动系统分类.…5
电梯的主要参数及规格尺寸.….…...6
电梯控制技术.….…...7
常用交流调速电梯的特点.…....9
电梯轿厢设计.....11
电梯基本结构…...….11
电梯轿厢结构…...….12
轿厢架…...….12
轿厢体…..…..12
PLC可编程序控制器.…..14
PLC的起源与发展….….14
PLC基本结构….….16
PLC控制系统与其它工业控制系统的比较…......19
PLC控制系统与继电器控制系统的比较....19
PLC控制系统与计算机控制系统的比较....19
PLC控制系统与集散型控制系统的比较…..…..21
PLC电梯应用技术….…..22
轿厢楼层位置检测….…..22
旋转编码器或光电开关脉冲输入....….22
脉冲数计算方法.…....…23
脉冲计数方式….....24
电梯控制….…..24
电梯控制要求….....25
控制框图….....25
电梯运行举例…....….…27
设计总结….… ..28
参考文献…...…29
致谢….…..31
