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基于WinCS控制的智能低压电器实验岛的开发
引用本文:王石磊,吴必妙.基于WinCS控制的智能低压电器实验岛的开发[J].冶金自动化,2019(3):35-39.
作者姓名:王石磊  吴必妙
作者单位:温州职业技术学院;ABB(中国)有限公司
基金项目:浙江省教育厅一般科研项目(Y201636712)
摘    要:基于WinCS控制系统设计了智能低压电器实验岛,将智能化电器设备与上位计算机系统网络连接,实现对岛内设备数据的实时采集、系统全局范围的流程监控、趋势显示、事件及报警显示、记录和报表等功能。智能低压电器实验岛直接与现场电器设备通信,用户既可系统掌握和研究包括以太网、Modbus等通信规约,也便于进行电器产品通信集成设计。

关 键 词:智能低压电器  MODBUS  实验岛  组态  趋势采集

Development of intelligent low-voltage electrical apparatus experiment island based on WinCS control
WANG Shi-lei,WU Bi-miao.Development of intelligent low-voltage electrical apparatus experiment island based on WinCS control[J].Metallurgical Industry Automation,2019(3):35-39.
Authors:WANG Shi-lei  WU Bi-miao
Affiliation:(Wenzhou Vocational & Technical College, Wenzhou 325035 , China;ABB ( China) Co., Ltd., Beijing 100015 , China)
Abstract:The experimental island of intelligent electrical apparatus is designed based on the WinCS control system. It connects the intelligent electrical apparatus with the computer system to implement the functions of real-time acquisition of equipment data, process monitoring, trend display, event and alarm display, and the record and report in the global scope of the system. The intelligent distribution experimental island communicates with the field electrical equipment directly, which makes the user can not only master and study the communication protocols such as Ethernet and Modbus, but also facilitate the design of communication integration of electrical products.
Keywords:intelligent low-voltage electrical apparatus  Modbus  experimental island  configuration  trend acquisition
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