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Research on segment adjustment permanent magnet motor operating mechanism in motion process of high voltage circuit breaker

机译:高压断路器动作过程中分段调整永磁电动机操作机构的研究

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In order to improve the controllable of high voltage circuit breaker and enhance the reliability of motor operating mechanism control system, the segment adjustment permanent magnet motor operating mechanism is studied to realize the different speed requirements in the opening and closing motion process for high voltage circuit breaker. The segment voltage starting motor and variable air-gap structure motor are presented from the operating voltage and air-gap length combined with the variable range in the opening and closing operation. The angle features of motor are gained by analyzed the operating voltage and air-gap length, and the calculation result is validated by the measured data. Based on the established finite element model, the angle characteristics of motor are given out in different schemes and it provide the basis for high voltage circuit breaker to using motor operating mechanism.
机译:为了提高高压断路器的可控性,提高电动机操纵机构控制系统的可靠性,研究了分段调节永磁电动机操纵机构,以实现高压断路器的分合闸过程中不同的速度要求。 。分段电压起动电动机和可变气隙结构电动机由工作电压和气隙长度以及在打开和关闭操作中的可变范围结合而成。通过分析工作电压和气隙长度来获得电动机的角度特征,并通过实测数据验证了计算结果。在建立的有限元模型的基础上,以不同的方案给出了电动机的角度特性,为高压断路器使用电动机的操作机构提供了依据。

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