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Fiber Acceleration Sensor (FAS) has advantages of strong anti-interference, high stability and low power consume. Therefore, in this paper, an OS7100 FAS with a SI920 demodulator were designed to test a transmission line mounting at a vibratory wheel in laboratory, the collected data showed stable and accurate, in which the error rate was under 10%. Based on the design, the system is going to monitor transmission line galloping at a forthcoming winter.

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AI Assited-Design Application on a Transmission Line Galloping Monitoring

  • 会议论文

  • 发表日期：

    2025年

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  • Lingxu Wang

摘要

Fiber Acceleration Sensor (FAS) has advantages of strong anti-interference, high stability and low power consume. Therefore, in this paper, an OS7100 FAS with a SI920 demodulator were designed to test a transmission line mounting at a vibratory wheel in laboratory, the collected data showed stable and accurate, in which the error rate was under 10%. Based on the design, the system is going to monitor transmission line galloping at a forthcoming winter.