The　flux-switching　motor　with　permanent　magnet　on　stator　has　some　advantages　such　as　easy　heat　radiation,　simple　rotor　structure　and　so　on.　A　three-phase　suspension　winding　was　constructed　on　the　topology　of　classic　12/10　flux-switching　permanent　magnet　motor　with　three-phase　power　winding　according　to　the　idea　that　the　space　symmetrical　air-gap　magnetic　fields　can　be　modulated　in　opposite　direction　with　space　symmetrical　coils.　The　two　sets　of　winding　were　supplied　by　three-phase　inverters　respectively.　The　three-phase　suspension　forces,　produced　by　positive　current　passing　through　the　three-phase　winding　respectively,　were　spaced　by　120　degrees,　and　thus　the　demanded　suspension　force　is　synthesized　by　the　three-phase　suspension　force.　The　rotation　of　rotor　was　controlled　by　power　winding　with　vector　control.　The　results　of　theory　analysis　and　experiments　show　that　the　rotor　can　be　suspended　around　the　center　with　maximum　control　error　±0.1mm,　and　the　effect　on　the　rotor　suspension　control　by　the　rotation　control　in　tangential　direction　is　low.　©　2017　Chin.　Soc.　for　Elec.　Eng.