Programming and Debugging of Multi-layer Elevator with Teaching Function

DOI: https://doi.org/10.62517/jiem.202403208

Author(s)

Lina Mao, Zhenguo Yuan

Affiliation(s)

Guangdong Industry Polytechnic University, Guangzhou, Guangdong, China

Abstract

With the development of modern economy and urban life, elevator has become an indispensable means of transportation in people's daily life. The traditional relay elevator control system greatly reduces the reliability and safety of the elevator system due to the large mechanical and electromagnetic inertia of the relay itself. In order to ensure that the elevator operation is efficient, energy-saving, safe and reliable, the elevator control mode must be improved. Programmable logic controller (PLC), developed according to the needs of sequential logic control, is an electronic device for digital operation specially designed for industrial environment application. PLC has fast processing speed and high reliability, which can ensure the normal, safe and reliable operation of the elevator. The elevator controlled by touch screen is convenient and operable, which has become the choice of more and more high-end elevators. Traditional elevator control methods often rely on physical buttons, which are prone to wear and failure after a long time of use, affecting the normal operation of the elevator. The touching screen control mode is more durable, and the operation is more intuitive and easy. Passengers can quickly select their destination floor with just a touch of the screen, greatly enhancing the elevator experience.

Keywords

Elevator; PLC; Touch Screen; Electrical Control

References

[1] Liao Changchu (Ed.) FX Series PLC Programming and Application. China Machine Press, 2015.4 [2] Junxiu Li, Ed. Application Technology of Programmable Controller. Chemical Industry Press, 2018.7 [3] Ouyang Huaming. New Thinking of Elevator Control System Based on PLC Technology. Journal of Xiangtan Teachers College, 2018.6 [4] Wang Yadong. Application of FX2N series PLC in Elevator control system. Engineering Technology, 2017.6 [5] Zheng Xuewei. Design of elevator control system based on PLC. Tianjin: Master Thesis of Tianjin University,2016.6:14-45 [6] Liu Chunyu et al. Research on Improving the Reliability of PLC Control System. China New Technology and New Products, 2020.7 [7] Han Xiangxiang. PLC and touch screen, frequency converter, configuration software application all. Chemical Industry Press,2018.11 [8] Wang Jian. Practical technology of touch screen. China Machine Press,2021.12. [9] Zhang Lei, Shan Qibing, Li Chunhong, Sheng Haijun, YU Maoquan. Touch screen configuration control technology. Tsinghua University Press,2024.01. [10] Duan Chendong, Zhang Yanning. Elevator Control Technology. Tsinghua University Press,2020.09.