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Electrical Performance Evaluation of HDPE Developed for Surge Arresters Housings

机译:用于浪涌避雷器外壳开发HDPE的电气性能评估

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This paper aims at investigating the application of high density polyethylene (HDPE) for manufacturing distribution surge arresters housings. For this purpose, it was developed prototypes of HDPE surge arresters with rated voltages of 10 kV, 15 kV and 24 kV. Two types of polymeric materials were used to manufacture the prototypes: unplasticized and plasticized HDPE. The HDPE surge arresters were submitted to electrical performance tests, according to Brazilian NBR 16050 standard. The main tests carried out were: short-circuit, weather aging, water immersion and operation duty. The results obtained have demonstrated that unplasticized HDPE surge arresters shown low performance under short-circuit and weather aging tests. On the other hand, plasticized formulation has demonstrated good stability under electrical tests and it seems to be suitable for manufacturing surge arresters housings.
机译:本文旨在研究高密度聚乙烯(HDPE)制造生产分配浪涌避雷器壳体的应用。为此目的,它开发了HDPE浪涌避雷器的原型,额定电压为10 kV,15 kV和24 kV。使用两种类型的聚合物材料来制造原型:不加塑化和增塑的HDPE。根据巴西NBR 16050标准,HDPE浪涌避雷器提交给电气性能测试。进行的主要测试是:短路,天气老化,水浸和操作义务。所获得的结果表明,未加工的HDPE浪涌避雷器在短路和天气老化试验下显示出低性能。另一方面,塑化的配方在电气测试下表现出良好的稳定性,似乎适用于制造浪涌避雷器壳体。

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