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High contamination performance polymeric termination

机译:高污染性能聚合物端接

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摘要

Research and development was conducted in order to improve the performance of the polymeric outdoor termination. As a result, a highly reliable polymeric termination has been developed. The critically important factor in the long-term reliability and in particular the weatherability of an outdoor termination is the performance of the covering insulation of the termination. This research examined the basic performance requirements of the termination insulator and selected stringent methods of testing the material and verifying its characteristics. This research confirmed that tracking resistance is enhanced when an anti-tracking agent consisting mainly of alumina trihydrate (Al/sub 2/O/sub 3//spl middot//sub 3/H/sub 2/O) is added to silicone. In order to upgrade the performance reliability of an outdoor termination, the weather shed design of a termination insulator was considered. A termination insulator which has a temple bell design weather shed is more effective at reducing the leakage current when there is significant contamination than the existing horizontal shed design.
机译:为了改善聚合物户外终端的性能,进行了研究和开发。结果,已经开发了高度可靠的聚合物端接。长期可靠性,尤其是室外终端的耐候性,至关重要的因素是终端覆盖绝缘的性能。这项研究检查了终端绝缘子的基本性能要求,并选择了严格的测试材料和验证其特性的方法。这项研究证实,当将主要由三水合氧化铝(Al / sub 2 / O / sub 3 // spl middot // sub 3 / H / sub 2 / O)组成的抗跟踪剂添加到有机硅中时,抗漏电性会增强。为了提高室外终端的性能可靠性,考虑了终端绝缘子的防风雨棚设计。与现有的水平棚设计相比,具有寺庙钟形设计的雨棚的终端绝缘子在存在明显污染时,在减少泄漏电流方面更为有效。

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