I-Magnetic rotor, okanye i-rotor yemagnethi esisigxina yindawo engemiyo yenjini. I-rotor yinxalenye ehambayo kwi-motor yombane, i-generator kunye nokunye. Iirotor zemagneti ziyilwe ngeepali ezininzi. Ipali nganye iyatshintshana kwipolarity (emantla nakumazantsi). Izibonda ezichasayo zijikeleza malunga nendawo ephakathi okanye i-axis (ngokusisiseko, i-shaft iphakathi). Olu luyilo oluphambili lweerotors. I-motor magnetic esisigxina enqabileyo yomhlaba inoluhlu lweenzuzo, ezifana nobukhulu obuncinci, ubunzima obulula, ukusebenza okuphezulu kunye neempawu ezilungileyo. Izicelo zayo zibanzi kakhulu kwaye zanda kuyo yonke imimandla yenqwelomoya, indawo, ukhuselo, ukwenziwa kwezixhobo, imveliso yeshishini kunye nezolimo kunye nobomi bemihla ngemihla.
I-Honsen Magnetics ivelisa ubukhulu becala izinto zemagnethi kwindawo yemagnethi esisigxina, ngakumbi i-NdFeB esisigxina yezincedisi zemagnethi yemoto ezinokutshatisa zonke iintlobo zeenjini zemagnethi ezincinci neziphakathi. Ngaphandle koko, ukuze sinciphise umonakalo we-electromagnetic eddy yangoku kwiimagnethi, senza iimagnethi ezilaminethiweyo (iimagnethi ezininzi). Inkampani yethu yenza i-motor (rotor) shaft kwasekuqaleni, kwaye ukuze sikhonze abathengi ngcono, saqala ukudibanisa imagnethi kunye ne-rotor shafts emva koko ukuze sanelise imfuno yentengiso ekusebenzeni okuphezulu kunye neendleko eziphantsi.
I-rotor licandelo elihambayo le-electromagnetic system kwi-motor yombane, i-generator yombane, okanye i-alternator. Ukujikeleza kwayo kubangelwa ukusebenzisana phakathi kwe-windings kunye ne-magnetic fields eyenza i-torque ejikeleze i-axis ye-rotor.
I-Induction (i-asynchronous) ii-motor, ii-generator kunye ne-alternators (synchronous) zinenkqubo ye-electromagnetic equkethe i-stator kunye ne-rotor. Kukho iindlela ezimbini zokuyila i-rotor kwi-motor induction motor: ikheji ye-squirrel kunye nenxeba. Kwii-generator kunye nee-alternators, i-rotor designs i-salient pole okanye i-cylindrical.
Kumatshini wokungeniswa kwezigaba ezithathu, ukutshintshiselana kwangoku okunikezelweyo kwi-stator windings kuyawunika amandla okwenza i-flux ejikelezayo yamagnetic. I-flux ivelisa intsimi yamagnetic kwi-gap yomoya phakathi kwe-stator kunye ne-rotor kwaye ibangela i-voltage evelisa okwangoku ngokusebenzisa imivalo ye-rotor. Isiphaluka se-rotor sifutshane kwaye ukuhamba kwangoku kubaqhubi be-rotor. Isenzo se-flux ejikelezayo kunye nekhoyo ivelisa amandla okwenza i-torque ukuqala i-motor.
I-alternator rotor yenziwe ngekhoyili yocingo egutyungelwe kumbindi wentsimbi. Icandelo lamagnetic lerotor lenziwe kwizibane zentsimbi ukunceda ukunyathela kwiindawo zokubeka i-conductor kwiimilo ezithile kunye nobukhulu. Njengoko imisinga ihamba ngekhoyili yocingo intsimi kazibuthe yenziwa ijikeleze umbindi, obizwa ngokuba yintsimi yangoku. Intsimi yangoku yamandla ilawula umgangatho wamandla wemagnethi. I-current current (DC) iqhuba intsimi yangoku kwicala elinye, kwaye ihanjiswa kwi-coil yocingo ngesethi yeebrashi kunye ne-slip rings. Njengawo nawuphi na umazibuthe, imagnethi eveliswayo inomantla kunye nepali esemazantsi. Umkhombandlela oqhelekileyo wewotshi wemoto eqhutywa yirotor unokulawulwa ngokusebenzisa imagnethi kunye nemagnethi efakwe kuyilo lwerotor, evumela imotor ukuba ibaleke umva okanye ikhawuntanga.
