Six pole type hybrid magnetic bearing for turbo-machinery

New six pole type hybrid magnetic bearing is introduced. It is intended to apply to high speed turbo-machinery. Traditionally turbo-machinery uses standard electromagnet (EM) type active magnetic bearing (AMB) which requires PWM power amplifiers. Recently turbo manufacturers want to develop their ow...

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Main Authors: Yohji OKADA, Masaki TOUNO, Ken-Ichi MATSUDA, Ryou KONDO, Takashi TODAKA
Format: Article
Language:English
Published: The Japan Society of Mechanical Engineers 2017-05-01
Series:Mechanical Engineering Journal
Subjects:
Online Access:https://www.jstage.jst.go.jp/article/mej/4/5/4_16-00579/_pdf/-char/en
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author Yohji OKADA
Masaki TOUNO
Ken-Ichi MATSUDA
Ryou KONDO
Takashi TODAKA
author_facet Yohji OKADA
Masaki TOUNO
Ken-Ichi MATSUDA
Ryou KONDO
Takashi TODAKA
author_sort Yohji OKADA
collection DOAJ
description New six pole type hybrid magnetic bearing is introduced. It is intended to apply to high speed turbo-machinery. Traditionally turbo-machinery uses standard electromagnet (EM) type active magnetic bearing (AMB) which requires PWM power amplifiers. Recently turbo manufacturers want to develop their own magnetic bearing. Sometimes they are not accustomed to developed standard EM type magnetic bearings. The proposed magnetic bearing uses bias Permanent Magnet (PM), hence it is easily manufactured. The developed magnetic bearing also has good characteristics due to six directional control pole compared with the standard four directional control one. An experimental setup is fabricated and tested with good results. Finally auto balancing control is applied to the free side of proposed magnetic bearing.
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publisher The Japan Society of Mechanical Engineers
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spelling doaj.art-89eba01ec3974c6d9dced2073d67bce52022-12-21T19:53:45ZengThe Japan Society of Mechanical EngineersMechanical Engineering Journal2187-97452017-05-014516-0057916-0057910.1299/mej.16-00579mejSix pole type hybrid magnetic bearing for turbo-machineryYohji OKADA0Masaki TOUNO1Ken-Ichi MATSUDA2Ryou KONDO3Takashi TODAKA4Dept. of Mechanical Engineering, Ibaraki UniversityDept. of Mechanical Engineering, Ibaraki UniversityDept. of Mechanical Engineering, Ibaraki UniversityDept. of Mechanical Engineering, Ibaraki UniversityDivision of Electrical and Electronic Engineering, Oita UniversityNew six pole type hybrid magnetic bearing is introduced. It is intended to apply to high speed turbo-machinery. Traditionally turbo-machinery uses standard electromagnet (EM) type active magnetic bearing (AMB) which requires PWM power amplifiers. Recently turbo manufacturers want to develop their own magnetic bearing. Sometimes they are not accustomed to developed standard EM type magnetic bearings. The proposed magnetic bearing uses bias Permanent Magnet (PM), hence it is easily manufactured. The developed magnetic bearing also has good characteristics due to six directional control pole compared with the standard four directional control one. An experimental setup is fabricated and tested with good results. Finally auto balancing control is applied to the free side of proposed magnetic bearing.https://www.jstage.jst.go.jp/article/mej/4/5/4_16-00579/_pdf/-char/enmagnetic bearingturbo machinerydigital controlstable levitationefficient actuator
spellingShingle Yohji OKADA
Masaki TOUNO
Ken-Ichi MATSUDA
Ryou KONDO
Takashi TODAKA
Six pole type hybrid magnetic bearing for turbo-machinery
Mechanical Engineering Journal
magnetic bearing
turbo machinery
digital control
stable levitation
efficient actuator
title Six pole type hybrid magnetic bearing for turbo-machinery
title_full Six pole type hybrid magnetic bearing for turbo-machinery
title_fullStr Six pole type hybrid magnetic bearing for turbo-machinery
title_full_unstemmed Six pole type hybrid magnetic bearing for turbo-machinery
title_short Six pole type hybrid magnetic bearing for turbo-machinery
title_sort six pole type hybrid magnetic bearing for turbo machinery
topic magnetic bearing
turbo machinery
digital control
stable levitation
efficient actuator
url https://www.jstage.jst.go.jp/article/mej/4/5/4_16-00579/_pdf/-char/en
work_keys_str_mv AT yohjiokada sixpoletypehybridmagneticbearingforturbomachinery
AT masakitouno sixpoletypehybridmagneticbearingforturbomachinery
AT kenichimatsuda sixpoletypehybridmagneticbearingforturbomachinery
AT ryoukondo sixpoletypehybridmagneticbearingforturbomachinery
AT takashitodaka sixpoletypehybridmagneticbearingforturbomachinery