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Development of self-lubricating magnet wires for alternative refrigerant

机译:开发用于替代制冷剂的自润滑电磁线

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Alternative fluorocarbons which do not destroy the ozone layer have been substituted for chlorofluorocarbons in diverse fields. Chlorofluorocarbon (CFC12) in use for refrigerators is to be totally banned in 1995, which was decided by the Conference of the Montreal Protocol Member Countries. At present, HFC134a equipped with zero ozone depletion potential (ODP) is taking over from CFC12. Magnet wires used for the compressor motor of a refrigerator are mainly of a polyamide overcoated polyester type in Japan. It was found that the wires lose their original durability when used with this alternative fluorocarbon. Accordingly, a change in the materials used was considered, Also we have striven to develop magnet wires suitable for this purpose. The self-lubricating magnet wire which we have developed this time has sufficient durability as a winding wire for the compressor of a refrigerator that uses the alternative fluorocarbon. In addition, the magnet wires exhibit an excellent windability in the coil-winding process. This paper deals with the development process of the new magnet wire.
机译:在各种领域中,不破坏臭氧层的替代碳氟化合物已被氯氟碳化合物替代。根据《蒙特利尔议定书》成员国会议的决定,1995年将完全禁止用于冰箱的氯氟烃(CFC12)。目前,配备了零臭氧消耗潜能值(ODP)的HFC134a正在取代CFC12。在日本,用于冰箱的压缩机电动机的电磁线主要是聚酰胺涂层的聚酯类型。已经发现,当与这种替代碳氟化合物一起使用时,电线会失去其原始的耐用性。因此,考虑了所使用的材料的变化。此外,我们还致力于开发适合于此目的的电磁线。我们这次开发的自润滑磁线作为使用替代碳氟化合物的冰箱压缩机的绕组线具有足够的耐久性。另外,电磁线在线圈缠绕过程中表现出优异的缠绕性。本文探讨了新型电磁线的开发过程。

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