Utilizing reduced build concepts in the development of insulation systems for large motors

B. Moore, R. Rehder, R. E. Draper
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引用次数: 27

Abstract

In the last decade, significant technology advancements have dramatically altered approaches to electrical insulation development. This revolution came about with the discovery and patenting in the 1980s, of the use of inorganic fillers to enhance the electrical properties of insulating materials. The first commercial introduction was to increase the corona resistance of enamelled wire, a product used for many years as strand and turn insulation in the manufacture of electrical motors and generators. More recently, the concepts surrounding the advantages of corona resistance have migrated to insulating composites. This paper reviews the developments of one manufacturer, in introducing corona resistant insulation systems to vertical generators, the benefits accrued, and the preliminary introduction of these concepts into the large motor arena.
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在大型电机绝缘系统的开发中利用减少建造的概念
在过去的十年中,重大的技术进步极大地改变了电绝缘开发的方法。这场革命是在20世纪80年代发现并申请专利的,使用无机填料来增强绝缘材料的电性能。第一个商业引入是增加漆包线的电晕电阻,这种产品多年来一直用作电动机和发电机制造中的股线和匝绝缘。最近,围绕电晕电阻优势的概念已经迁移到绝缘复合材料。本文回顾了一家制造商在垂直发电机中引入抗电晕绝缘系统的发展,所产生的效益,以及将这些概念初步引入大型电机领域。
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