Vibration reduction of one-axis actively position regulated single-drive bearingless motor with repulsive passive magnetic bearings
Vibration reduction of one-axis actively position regulated single-drive bearingless motor with repulsive passive magnetic bearings
复制标题
带有排斥被动磁力轴承的一轴主动位置调节单驱动无轴承电机的减振
DOI：
10.1109/ecce.2014.6953636
复制
发表时间：
2014
期刊：
影响因子：
--
通讯作者：
A. Chiba
中科院分区：
文献类型：
--
作者：
H. Sugimoto;Seiyu Tanaka;A. Chiba
本文研究了一种采用排斥被动磁轴承的单轴主动定位单驱动无轴承电机的减振方法。单驱动无轴承电机只有一组三相绕组。它只需要一个三相逆变器和一个位移传感器就能独立产生扭矩和轴向悬架力。因此，单驱动无轴承电机具有成本低、体积小的优点。只有轴z轴是主动定位的。径向和倾斜方向是被动稳定的。因此，轴的被动振动是一个严重的问题。结果表明，径向振动源于轴向振动。特别是与转速有关的二阶谐波振动是主要影响因素之一。在理论计算中，推导了轴向和径向振动之间的关系。并提出了相应的减振方法。最后，通过实验证实，径向振动降低了59%。
In this paper, vibration reduction of a one-axis actively positioned single-drive bearingless motor with repulsive passive magnetic bearings is presented. The singledrive bearingless motor has only one set of three-phase windings. It generates both torque and axial suspension force independently driven by only one three-phase inverter and one displacement sensor. Therefore, the single-drive bearingless motors have the advantages of low cost and small size. Only axial z-axis is actively positioned. The radial and tilting directions are passively stable. Therefore, the passive axis vibrations are one of serious problems. It is shown that the radial vibration is originated from the axial vibration. Especially, the second-order harmonic vibration with respect to the rotational speed is one of the main factors. In theoretical calculations, relationship between the axial and radial vibrations is derived. Additionally, the vibration reduction methods are proposed. Finally, it is confirmed that the radial vibration is reduced by 59 % in the experiments.
DOI：
--
发表时间：
2005
期刊：
Precision Engineering (電子ジャーナル公開中)
影响因子：
--
作者：
Jiro Kuroki;Tadahiko Shinshi;Lichuan;Akira Shimokohbe
通讯作者：
Akira Shimokohbe