船闸自动控制系统技术及运用

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摘要:文章总结了2022年南通某船闸电气改造工程经验,梳理了系统设计、软件及硬件配置、控制模式、运行工艺、上位机监控、数据库管理等要点,以期为提高船闸设备自动化运行管理水平提供参考。

关键词:船闸;PLC(可编程逻辑控制器);上位机;数据库

doi:10.3969/J.ISSN.1672-7274.2023.08.040

中图分类号:TP 273            文献标志码:A            文章编码:1672-7274(2023)08-0-03

Technology and Application of Ship Lock Automatic Control System

WU Chunying

(Nanjing Luopu Co., Ltd., 210000 Nanjing, China)

Abstract: The article summarizes the experience of the electrical renovation project of a certain ship lock in Nantong in 2022, and outlines key points such as system design, software and hardware configuration, control mode, operation process, upper computer monitoring, database management, etc., in order to provide reference for improving the automation operation and management level of ship lock equipment.

Key words: ship lock; PLC (Programmable Logic Controller); upper computer; database

南通某船闸为人字闸门套闸,长175 m,有效长度150 m,闸室宽12 m,门槛水深3.3 m,最大设计船型为300 000 kg级,级别V级;双向水头承受设计,正向最大设计为2.14 m,反向最大设计为-0.63 m。(剩余4050字)

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