【正文】
; 報(bào)警雙容水箱液位監(jiān)控系統(tǒng) II Double let water tank liquid level monitoring system configuration design Abstract This course design using industrial monitoring and control system configuration software (MCGS), bining with an automatic control system, plete the PC monitoring system configuration of the control system design. Enable students to master the design of monitoring software and programming method of puter monitoring and control system programming and debugging, technical documents and write design of initial training. To work in the puter control to lay a certain foundation. This course design requires use of industrial monitoring system configuration software (MCGS), bined with a double let water tank liquid level monitoring system, plete 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 system again automatically change. During the screen can show the water tank 1 and 2 level changes of numerical POTS, and can simulate the flow of the liquid pipe. And in the main interface ca n be directly observed in real time curve, check the system stability. When we watch the historical data, historical curve and alarm information, just click the upper left window corresponding to the window. If you want to exit the system, simply click on the window to the right exit will exit the operation system. Key words: double let water tank。 第 5章 主控窗口的設(shè)置 ..........................................................................................................9 第 6 章 仿真 ............................................................................................................................10 運(yùn)行結(jié)果 .....................................................................................................................10 實(shí)時(shí)曲線(xiàn)界面 .......................................................................................................... 11 歷史數(shù)據(jù) 存儲(chǔ) .....................................................................................