感应电动机的电容自激制动

E. Ejiogu, Y. Tanno
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引用次数: 1

摘要

异步电动机制动时采用电容自激,具有散热低、运行安全等优点。在制动期间,电机在高饱和状态下运行,电机可能会产生严重的电压和电流瞬变。因此,充分的制动性能预测不仅需要考虑主磁链,还需要考虑漏磁链饱和。结果表明,如果在分析中考虑泄漏磁通饱和度,理论与实验的相关性更好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Capacitor self-excitation braking of the induction motor
The capacitor self-excitation of the induction motor when used for braking has several merits, including low heat dissipation and fail-safe operation. During the braking period the motor operates under heavy saturation and severe voltage and current transients may be induced in the motor. Hence, adequate braking performance prediction requires that, not only the main flux, but also the leakage flux saturation be taken into account. The result shows that if the leakage flux saturation is included in the analysis, there is a better theoretical-experimental correlation.<>
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