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Research for the Design Scheme of Bearingless Motors

机译:无轴承电机设计方案研究

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摘要

In this paper, a general research for the design scheme of bearingless motors is presented. Bearingless motors are different from normal motors as both torque and radial forces are generated in one magnetic circuit in bearingless motors. Based on the known design of normal motors the reduction of the utilization factor C by the radial force generation is considered. By an iterative sequence a reduction factor Kr is continuously modified until the rated power and maximum radial force are reached for the same airgap area. A synchronous reluctance bearingless motor is designed for verification.
机译:本文介绍了无轴承电动机设计方案的一般研究。无轴承电动机与普通电动机不同,因为在无轴承电动机的一个磁路中会同时产生转矩和径向力。基于普通电动机的已知设计,考虑通过径向力的产生来降低利用率C。通过迭代序列,可以连续修改减小系数Kr,直到达到相同气隙面积的额定功率和最大径向力为止。设计了同步磁阻无轴承电动机进行验证。

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