文档介绍：成绩
课程设计报告
设计题目
双容水箱液位监控系统
课程名称
工控系统监控程序设计
双容水箱液位监控系统组态设计
摘要
本课程设计运用工业监控系统组态软件(MCGS),结合一个自动控制系统,完成该控制系统的上位机监控系统组态设计。使学生掌握监控软件的设计和编程方法,得到计算机监控系统程序设计与调试,以及编写设计技术文件的初步训练。为从事计算机控制方面的工作打下一定基础。本课程设计要求运用工业监控系统组态软件(MCGS),结合一个双容水箱液位监控系统,完成该控制系统的上位机监控系统组态设计。主界面中有二个储藏罐,它们在本设计中只是作为容器。在主界面中还有二个调节阀和一个水泵,二个调节阀门分别是控制两水罐液位和用户用水,水泵控制水罐1液位。当我们启动系统后进入主界面我们首先在手动状态下按动启动按钮,然后水罐1和水罐2中的水位能根据“水泵”和“出水阀”的开闭状况自动合理变化,待系统稳定后,手动调节出水阀,系统再次自动合理变化。期间画面也能显示出水罐1和水罐2液位变化的数值,并且管道也能模拟液体的流动。并且在主界面中也能直接观察实时曲线,查看系统的稳定情况。当我们要观察历史数据、历史曲线和报警信息时,只需点击窗口左上方对应窗口即可。若要退出系统,只需点击窗口右下方的退出就会退出运行系统。
关键词:双容水箱;液位; 水罐; 报警
Double let water tank liquid level monitoring system configuration design
Abstract
This course design using industrial monitoring and control system configuration software (MCGS), combining with an automatic control system, complete the PC monitoring system configuration of the control system design. Enable students to master the design of monitoring software and programming method puter monitoring and control system programming and debugging, technical documents and write design of initial training. To work in puter control to lay a certain foundation. This course design requires use of industrial monitoring system configuration software (MCGS), combined with a double let water tank liquid level monitoring system, complete the PC monitoring system configuration of the control system design. The main screen has two tanks, they just as a container in this design. In the main interface as well as two regulating valve and a water pump, two regulating valves are respectively two water tank liquid level and user control, water pump control water tank liquid level 1. When we start the system last in capturing the interface we first in manual state, press the start button, and then water tank 1 and the water level in tank 2 can according to the "water pump" and "water" reasonable change of automatic open and close condition of the stay system stabilized, manually adjust the water valve, reasonable syst