New On-Line Technology to Monitor Slip Ring and Brushgear Temperature

机译：监测滑环和刷具温度的新在线技术

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The focus of this paper is on the use of two technologies to monitor a suspectedrnoverheating issue on unit 23 at Hydro-Quebec's Rapide-2 power station. Personnelrnconsulted with a condition monitoring company, who suggested a non contact probe tornmonitor the slip ring and a contact fiber optic sensor to monitor brushgear temperature.rnResults confirmed overheating of the slip ring and brushgear, with slip ring temperaturernreaching 145°C. Corrective actions were taken by the original equipment manufacturerrn(OEM) after test results confirmed overheating. Data collected after warranty workrnconfirmed the problem had been resolved.

机译：本文的重点是使用两种技术来监视魁北克水电公司Rapide-2电站23号机组的疑似过热问题。人员向状态监测公司咨询，他们建议使用非接触式探针监视滑环，并使用接触式光纤传感器监视电刷装置的温度。结果确认滑环和电刷装置过热，滑环温度达到145°C。测试结果确认过热后，原始设备制造商（OEM）会采取纠正措施。保修工作确认问题已解决后收集的数据。

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来源
《HydroVision 2008 conference technical papers》|2008年|p.1-7|共7页
会议地点 Sacramento CA(US)
作者
Daniel Chen; Rémi Tremblay; David Wong;
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作者单位

VibroSystM Inc., Canada;

Hydro-Quebec, Canada;

VibroSystM Inc., Canada;

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会议组织
原文格式 PDF
正文语种 eng
中图分类水力发电;水能利用、水电站工程;
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New On-Line Technology to Monitor Slip Ring and Brushgear Temperature

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