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CINRAD/SA雷达远程网络智能控制系统设计和应用 被引量:8

Design and Implementation of Remote Intelligent Network Control System for CINRAD/SA Radar
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摘要 新一代天气雷达本身可实现无人值守运行,具有远程软件重启的功能,但雷达各类开关机环节却需要人工现场手动操作。该文详细论述了CINRAD/SA雷达远程网络智能控制系统的设计原理和实现技术,基于远程网络智能控制器,通过继电器模组开关来控制交流接触器,再结合监控软件和监控视频,实现雷达硬件开关机的远程网络智能控制。该系统无需现场干预,可以远程重启设备硬件开关,利用触发指定命令方式,实现了单一开关按键的远程控制功能,并按照逻辑顺序,通过延时处理,开发了智能化的一键开机和关机功能,有效降低了基层台站的维护经费,提高了机务人员工作效益,保障了新一代天气雷达观测数据的连续性和可用性,提高了台站分离、高山站、运行环境艰苦台站的雷达可靠运行。 The new-generation weather radar has the function of restarting the remote software and can achieve unattended operation,but all kinds of switches need manual operation.The design principle and implementation technology of the remote intelligent network control system for CINRAD/SA radar are discussed in detail in this paper.Based on the intelligent controller of the remote network,the AC contactor is controlled by the relay module switch,and combined with the monitoring software and monitoring video,and the intelligent remote control of radar hardware switch machine is realized.The system can realize the remote restarting of the equipment hardware switch without on-site intervention.Using the specified trigger command mode to achieve the remote control function of single switch button,the intelligent key-on and key-off function is realized in logical order with the delay processing;the maintenance funds of basic stations are reduced effectively,and the work efficiency is improved,To ensure the continuity of CINRAD observation data and availability,the quality of the operational data transmission is improved obviously.It is important to improve the separation of stations and the radar operating environment of alpine stations and environment-arduous stations,and the reliable operation of radar stations in difficult stations.
作者 张初江 陈利芳 黎志波 邓建斌 Zhang Chujiang;Chen Lifang;Li Zhibo;Deng Jianbin(Fuzhou Meteorological Service,Jiangxi,Fuzhou 344000;Center of Detection Equipment,Nanchang 330000)
出处 《气象科技》 2018年第4期835-839,共5页 Meteorological Science and Technology
基金 江西省气象科技重点项目"新一代天气雷达(CINRAD/SA)远程智能控制系统设计"(赣气科验字[2017]第5号)资助
关键词 新一代天气雷达 远程控制 无人值守 CINRAD remote control unmanned operation
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