Axial flux motor | I-Disc motor rotor | IiMotor & Jenereyitha | Izisombululo zeMagnetic yezoShishino
Inkcazelo emfutshane:
I-disk motor yinjini ye-AC esebenzisa i-magnetic field ejikelezayo ukuvelisa i-torque. Xa kuthelekiswa neenjini zemveli, iimotor zedisk zinoxinzelelo olukhulu lwamandla kunye nokusebenza okuphezulu. Ngokuqhelekileyo iqulethe intsimbi yentsimbi, ikhoyili kunye nemagnethi esisigxina. Phakathi kwabo, i-iron core inoxanduva lokuqhuba umgca wemagnethi, i-coil ivelisa intsimi yamagnetic, kunye nemagnethi esisigxina ibonelela nge-flux magnetic. Kuko konke ukwakhiwa kweemoto, ukujija yenye yezona zinto zibalulekileyo, kwaye umgangatho wayo kunye nenkqubo yokuvelisa imisela uzinzo kunye nokusebenza kakuhle kwemoto.
Ngenxa yokusebenza kwayo okugqwesileyo okuguquguqukayo kunye nokusebenza okuphezulu, iimotor zedisk zisetyenziswe ngokubanzi kwiinkalo ezahlukeneyo zesicelo
1. I-Automation ye-Industrial
2. Izixhobo zonyango
3. Iirobhothi
4. Ubuchwepheshe be-Aerospace
5. Inkqubo yokuqhuba umbane wemoto, njl.
Iqela le-Hangzhou magnetic Power kunye ne-disk motor rotor indibano kunye nokukwazi ukuhlanganisa.
Zimbini iindidi zeenjini zemagnethi ezijikelezayo, enye yi-radial flux, kwaye enye yi-axial flux, kwaye ngelixa ii-radial flux motors izise ishishini leemoto lonke kwixesha lokufakelwa kombane, ii-axial flux motors zisebenza ngcono ngandlela zonke: azikho. kuphela ilula kwaye incinci, kodwa inikezela ngetorque ngakumbi kunye namandla angaphezulu. I-axial motor isebenza ngokwahlukileyo kwi-radial motor. Umgca wayo we-magnetic flux uhambelana ne-axis ejikelezayo, eqhuba i-rotor ukuba ijikeleze ngokusebenzisa intsebenziswano phakathi kwemagnethi esisigxina (i-rotor) kunye ne-electromagnetic. Ukuveliswa kweteknoloji kunye nokusetyenziswa kobuninzi be-axial flux motors kunokusombulula ngokufanelekileyo ezinye iingxaki ezisele zijongene nentsimi yezithuthi zombane. Xa i-coil ye-stator inikwe amandla kwi-electromagnet, kuya kubakho izibonda ze-N kunye ne-S, kwaye i-rotor's N kunye ne-S izibonda zigxininiswe, ngokomgaqo we-pole repulsion efanayo, i-rotor's S pole iya kutsalwa yi-stator's N pole. , i-rotor ye-N pole iya kutshitshiswa yi-N pole ye-stator, ukwenzela ukuba icandelo lamandla e-tangential lenziwe, ngaloo ndlela liqhuba i-rotor ukujikeleza, ngokusebenzisa coil kwiindawo ezahlukeneyo. I-stable tangential force yenziwa, kwaye i-rotor inokufumana imveliso ezinzileyo ye-torque. Ukuze ukwandise amandla, unokunika i-current efanayo kwiikhoyili ezimbini ezikufutshane ngaxeshanye kwaye utshintshe i-clockwise (okanye i-counterclockwise), ngokusebenzisa umlawuli we-motor ukulawula i-motor. Izinto eziluncedo zeaxial motor nazo ziyabonakala, zikhaphukhaphu kwaye zincinci kunemoto eqhelekileyo yeradial, kuba itorque = amandla x radius, ke imotor yeaxial ephantsi komthamo ofanayo inkulu kunetorque yeradial, ilungele kakhulu ukuphakama- iimodeli zokusebenza.
I-Hangzhou Magnet Power Technology Co., Ltd. inokuvelisa intsimbi yemagnethi efunekayo kwi-axial flux motor, kwaye ikwanamandla endibano ye-disc. inkqubo, ilahleko ephantsi ufakelo olusisigxina lwemagnethi esisigxina, inkqubo yokhuseleko lwezihlangu zemagnethi, inkqubo yokhuseleko lwedyokhwe yasimahla ye-armature ye-stator core, ukulungiswa kwebholiti yasimahla kunye nesiphelo. ikepusi, inkqubo yokuvelisa isinyithi somgubo, iimfuno zokuvelisa ibhetshi, Ukuphuhlisa iteknoloji yendibano ezenzekelayo ye-rotor esisigxina, imveliso ezenzekelayo ye-coil ye-flat conductor kunye ne-flexible automatic line production. I-teknoloji ye-rotor yelahleko ephantsi iboniswe ngezantsi.
Sineqela lokuqala le-R & D, lihlala liphonononga itekhnoloji yokusika; Izixhobo zokusebenza ezichanekileyo eziphezulu zokuqinisekisa umgangatho obalaseleyo weemveliso. Ukususela ekukhethweni kwezinto eziluhlaza ukuya ekuhanjisweni kweemveliso ezigqityiweyo, isinyathelo ngasinye senziwe ngokucophelela. Kungakhathaliseki ukuba zihluke kangakanani iimfuno zakho, siqinisekile ukuba sinokukubonelela ngesisombululo esanelisayo sezixhobo.
