课程设计-用组态软件实现自动供水系统演示工程设计

M C G S组态课程设计

题目用组态软件实现自动供水系统演示工程设计

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学院电气工程学院

指导教师

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用组态软件实现自动供水系统演示工程设计

专业:电气工程及其自动化姓名: 指导老师:

摘要MCGS嵌入版组态软件的硬件需求分为组态环境需求和运行环境需求两部分。MCGS(Monitor and Control Generated System，监视与控制通用系统)是北京昆仑通态自动化软件科技有限公司研发的一套基于Windows平台的，用于快速构造和生成上位机监控系统的组态软件系统，主要完成现场数据的采集与监测、前端数据的处理与控制，可运行于Microsoft Windows 95/98/Me/NT/2000/xp等操作系统。MCGS嵌入版组态软件的硬件需求分为组态环境需求和运行环境需求两部分。用MCGS组态软件设计了远程监控程序；实现了供水系统的远程和本地的手自动切换控制。目前，供水系统是国民生产生活中不可缺少的重要一环，传统供水方式占地面积大，水质易污染，基建投资多，而且主要缺点是水压不能保持恒定，导致部分设备不能正常工作。

关键词MCGS，恒压供水

ABSTRACT

Embedded MCGS configuration software version of the hardware requirements into configuration environmental needs and running environment needs two parts. MCGS(Monitor and Control Generated System, Monitoring and control general system). is developed by Beijing kunlun automated software technology Co. which Windows-based Used for fast structure and the generation of PC monitoring system configuration of the software system. Main accomplish the field data acquisition and monitoring data processing and control the

front.Can run on Microsoft Windows 95/98 / Me/NT / 2000 / xp operating system, etc. Embedded MCGS configuration software version of the hardware requirements into configuration environmental needs and running environment needs two parts. MCGS configuration software design with a remote monitoring program; to achieve a water supply system for remote and automatic switching control of local hands.?Currently, the national production and living water supply system is an important and indispensable part of the traditional area

of ??water supply, water quality easily contaminated, and more investment in infrastructure, but the main disadvantage is that pressure is not constant, resulting in some of the equipment does not work.

Key words：MCGS，Constant Pressure Water Supply Control System

目录

前言 .......................................................

1.设计内容与要求 ...........................................

1、1 MCGS设计内容......................................

1、2 设计要求..........................................

2、设计思路 ................................................

3 、组态画面的设计 .........................................

a、建立窗口.............................................

b、定义数据对象.........................................

C、界面编辑.............................................

d、编辑运行策略.........................................

e、主控窗口的编辑.......................................

f、图画动起来...........................................

g、监控界面............................................. 结论 ....................................................... 参考文献 ................................................... 致谢 ................................................. . ……附录……………………………………………………………………

附录1…………………………………………………………………

附录2………………………………………………………………....