大型高压发电机用热塑性环氧树脂的研制

E. Fort, J. C. Botts
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引用次数: 7

摘要

在过去的15年里,中央电站发电机定子绝缘的重点已经从电气性质转移到物理性质。为了满足这一需求变化,开发了西屋热塑性环氧绝缘系统,其中以前使用的聚酯树脂被环氧树脂取代。这种新树脂系统的物理性能得到了改善,从而产生了机械上更强的线圈绝缘。研究还发现,隔热材料能够更好地承受热循环力,这反映了其改进的机械和热特性。此外,其优越的抗水扩散ïndicated在水冷绕组不太可能发生内泄漏的情况下有很大的安全裕度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of thermalastic epoxy for large high voltage generators
During the last fifteen years, the emphasis in stator insulation for central station generators has shifted from electrical to physical properties. To meet this requirement change, the Westinghouse Thermalastic Epoxy insulation system was developed, in which the previously used polyester resins were replaced with epoxy resins. The improved physical properties of this new resin system resulted in a mechanically stronger coil insulation. The insulation was also found to be able to better withstand thermal cycling forces, reflecting both its improved mechanical and thermal characteristics. In addition, its superior resistance to water diffusion ïndicated a great safety margin in the unlikely case of internal leaks in water-cooled windings.
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