新一代天氣雷達天饋系統故障分析診斷方法和技巧
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Fault Diagnosing Methods and Skills for Antenna Feeder System of CINRAD
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    摘要:

    故障分析診斷技術對保障氣象大型裝備可靠業務運行具有重要作用。依據CINRAD/SB型新一代天氣雷達天饋系統信號流程,通過對新一代天氣雷達天饋系統故障診斷方法進行研究,總結出天饋系統漏氣、打火故障檢測方法,天饋系統損耗大的故障診斷流程和故障定位6種方法。按照故障診斷流程和其中的外接信號源聯合頻譜儀法,分析診斷、定位并修復了天饋系統天線座內環流器故障導致的雷達觀測回波強度偏弱、靈敏度降低故障的典型個例。結果表明,根據雷達現場配備儀表狀況,通過故障診斷流程,采用合適方法和技巧,可達到快速定位天饋系統故障部位、在最短時間修復雷達故障目的。

    Abstract:

    Failure analysis and diagnostic techniques are important in the protection of large scale meteorological equipment and the reliable operation. According to the signal flow of CINRAD/SB antenna feeder system, through studying the fault diagnosis methods of the CINRAD antenna feeder system, the detection methods of antenna feeder system leakage and lighting faults, the fault diagnosis process of big antenna feeder systems loss, and six methods of fault location are summed up. According to the process of fault diagnosis and the spectrum analyzer method with external signal sources, the diagnosis and analysis are made of the typical example of weak radar echo intensity and reduced sensitivity resulted from circulation failure within the antenna pedestal. The results indicate that considering the instrument status at the radar site, through the process of fault diagnosis, the use of appropriate methods and techniques can achieve the quick location of antenna feeder system faults, so to repair radar failure timely.

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潘新民,崔炳儉,王全周,黃躍青,胡斌.新一代天氣雷達天饋系統故障分析診斷方法和技巧[J].氣象科技,2013,41(6):982~987

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  • 收稿日期:2012-10-13
  • 定稿日期:2013-04-10
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  • 在線發布日期: 2013-12-27
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