PKC卷板机控制系统设计+流程图+接线图
随着工业制造业的发展，对于卷板机能够生产的O型、U型、多段R型板材需求量越来越大。卷板机是建造化工厂、海上石油平台等的必备设备，卷板机功率较大，在生产中以交流电机作为驱动。老式的卷板机需要人工操作，这种操作模式生产效率低下，且不能达到可靠稳定、安全生产、高质量的生产要求。
随着PLC的应用，使得工业生产可以脱离人力操作，实现电气化控制。电气化自动化控制后，卷板机的操作简单方便，人性化的人机界面能很方便的反应实际生产情况和完成操作。本次毕业设计为能满足工业生产要求设计一种卷板机控制系统。24560
毕业论文关键字： 数控系统;卷板机;PLC
The design of control system of plate bending machine
Abstract: Bending machine (Rolling machine) is the plates by continuous point bending shaping machine, with rolling O type, U type, and multisession different shipmate function. The metal sheet rolled into a barrel shaped, curved, fan-shaped, conical work piece, is designed for the sheet metal bending, forming, the correction of a universal equipment, shipbuilding, chemical, boiler, power, pressure vessels and machinery manufacturing industries, has a wide range of application.
With the development of industrial manufacturing, for bending machine capable of producing O, U-shaped, multi-plate type R growing demand.Plate bending machine is necessary equipment for construction of chemical plants, offshore oil platform, power machine, in the production of AC motor as driving. Bending machine old-fashioned manual operation, this mode of operation and low production efficiency, and cannot meet the requirement of production is reliable and stable, safe production, high quality.
With the application of PLC, the industrial production can be separated from the manual, electrical control. Electrical automation and control, machine operation is simple and convenient, user-friendly man-machine interface can be very convenient reaction of actual production and complete the operation. This graduation design is to meet the requirements of industrial production to design a control system of plate bending machine.
Key words:numerical control system; bending machine; PLC
目录
1.卷板机的概况 1
1.1 卷板机在国外的发展情况 1
1.2 卷板机在国内的发展情况 1
1.3 本次毕业设计研究的主要内容 2
2.卷板机的工作原理 3
2.1 卷板机的机械结构 5
2.2卷板机弯曲工艺过程 6
2.4 本章小结 8
3.PLC在卷板机中的应用 9
3.1 PLC在工业中的应用 10
3.2 PLC在卷板机中的应用 11
4.电气控制系统图设计 13
4.1 电气控制系统图 13
4.2 电气原理图设计 14
4.3 常用低压电器简介及选型 15
4.3.1常用的低压电器 15
4.3.2低压电器的选型 16
5.控制系统的硬件设计 18
5.1可编程控制器配置 18
5.1.1PLC技术概述 18
5.1.2可编程控制器的型号选择 19
5.2人机界面配置 20
5.2.1触摸屏工作原理及选型 20