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Rotor cage of single-phase induction motors - process analysis

机译:单相感应电动机的转子保持架-过程分析

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Single-phase induction motor (SPIM) has been widely used in home appliances due to its simplicity, low cost, low noise and ruggedness. However, to produce a cost effective high efficiency SPIM is necessary to have a good knowledge and good control of process parameters. Dynamometer's results of motors made with different process parameters show that rotor cages are more sensitive to process variations than stators and that they can to worsen the motor efficiency and torque characteristics. The aim of this work is to evaluate some steps of rotor cage process, namely rotor laminates coating, aluminum die-cast methods and rotor annealing and to analyze the effect of such parameters on motor performance. Results obtained from tests with a 2-pole, 100 W, high-efficiency SPIM are presented.
机译:单相感应电动机(SPIM)由于其简单,低成本,低噪音和坚固耐用性而已广泛用于家用电器中。然而,为了具有成本效益的高效SPIM,必须具有良好的知识和对工艺参数的良好控制。测功机使用不同工艺参数制造的电机的结果表明,转子笼比定子对过程变化更敏感,并且转子笼会恶化电机效率和转矩特性。这项工作的目的是评估转子保持架过程的某些步骤,即转子叠片涂层,铝压铸方法和转子退火,并分析这些参数对电机性能的影响。给出了使用2极100 W高效SPIM测试获得的结果。

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