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Effect of UV Irradiation on the Leakage Current of Polymeric Insulators

机译:UV辐射对聚合物绝缘子漏电流的影响

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This paper reports the results of an experimental investigation on the effect of ultraviolet (UV) radiation on the leakage current of 11kV silicone rubber insulators. The UV cycles are carried out as specified by ISO 4892-2, where the number of exposure/condensation cycles is varied. Tests on dry clean and polluted wet insulators were performed with and without UV irradiation. The leakage current is acquired continuously as an indicator of the insulator surface condition.. Initial results on irradiated, polluted insulators show that UV irradiation appears to increase the leakage current of insulator surface soon after irradiation. A spectral analysis using Fast Fourier Transform (FFT) is carried out to investigate changes in the leakage current harmonics for various UV cycles.
机译:本文报道了对紫外(UV)辐射对11kV硅橡胶绝缘子漏电流的实验研究结果的结果。根据ISO 4892-2规定的UV循环,其中曝光/冷凝循环的数量变化。用紫外线辐射进行干净清洁和污染湿绝缘体的测试。作为绝缘子表面条件的指示,连续获取泄漏电流。初始导致辐照,污染绝缘体显示辐照辐照似乎在照射后很快似乎增加了绝缘体表面的漏电流。进行使用快速傅里叶变换(FFT)的光谱分析,以研究各种UV周期的漏电流谐波的变化。

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