Spatially-resolved measurement of arc flash event based on transmission loss of plastic optical fiber

Youngwoong Kim, Ho-Jung Jeong, Young Ho Kim, B. Rho, M. Kim
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Abstract

A novel scheme of plastic optical fiber (POF) based arc flash sensor capable of tracing arc event locations is presented. Incident position of flash light can simply be known by measuring the ratio of intensities at both fiber-ends, since the intensity of the flash light assisted by side-coupling of the fiber is generally attenuated a the fiber length. The arc flash sensor which can cover a wide range up to 10 m with a high spatial resolution of ±10 cm is experimentally demonstrated using the POF. Arc flash intensity can also be known by analyzing the coupled light intensity level at both fiber ends.
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基于塑料光纤传输损耗的电弧闪光事件空间分辨测量
提出了一种基于塑料光纤的电弧闪光传感器的电弧事件跟踪方案。闪光的入射位置可以简单地通过测量光纤两端的强度比来确定,因为在光纤侧耦合的辅助下,闪光的强度通常随光纤长度而衰减。该电弧闪光传感器覆盖范围可达10米,空间分辨率可达±10厘米。通过分析光纤两端的耦合光强水平,也可以知道电弧闪光强度。
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