Industrial Material Liquid Level Control System based on PLC
DOI:
https://doi.org/10.54097/0r9cqr02Keywords:
MCGS, PLC, Liquid Level Control, A/DAbstract
According to the requirements of an enterprise for liquid level control of glycerine, this paper changes the traditional liquid level control mode to PLC control, improves the reliability, safety and visualization of the whole working process, makes the transmission control system has strong function and high reliability, and can be applied to the industrial field when combined with hardware. Based on the configuration software MCGS and PLC simulation industrial material level control, through FX5U-A/D acquisition signal to change the liquid level in each tank, so that the industrial material level control simulation can be carried out. In addition, the control mode can be changed through the touch screen or the button on the MCGS engineering interface to achieve different controls, and the configuration screen can monitor most of the functions of the control system.
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References
Yao Xiaoning. Programming and Application of Mitsubishi FX5uPLC [M]. China Machine Press,2021.
Wang Yousong. Analysis and Research on Automatic control System of sewage lifting pump Station in Urban sewage treatment plant [J]. Urban Housing, 2019, 27 (08): 235-236.
Xiao Jun, Geng Qingtao. Plc-based level separation control system for sump tank of sewage pumping station Design [J]. Instrument Technology,2020(09):31-36.
Zhao Jinyu, DAI Yongsheng, LI Ran et al.Boiler System Based on PLC and Touch Screen Control [J]. Electronic World, 2020(10):143-144.
Zhang Tianyu. Method of PID parameter tuning and Formulation of Control Strategy of Automatic Regulation System -- Review of Analysis and PID Tuning of Automatic Regulation System [J]. Materials Protection, 2020,53 (09) : 170.
Zhou Zhaosong. Research on Design and Development Principle and Practical Application of Mitsubishi FX Series PLC [J]. Science and Technology Innovation Herald, 2019(22) : 75-76.
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