Radial Ring Magnets ee qalabka Korontada ee dhamaadka-sare

Shucaaca boron-ka ee birta ah ee neodymium (multi-tile) giraangiraha magnetic waa badeecad cusub oo la sameeyay sanadihii ugu dambeeyay iyo jiho kale oo cusub oo loogu talagalay horumarinta qalabka birta neodymium ee sintered ee joogtada ah.Inta badan loo isticmaalo matoorrada magnetka joogtada ah ee waxqabadka sarreeya, waxay leedahay faa'iidooyinka saxnaanta sare, hawlgalka siman, iyo buuqa hooseeya, taas oo ka dhigaysa doorashada la doorbido xawaaraha sare iyo xakamaynta saxda ah ee matoorada.

Qallooca magnetic dusha sare ee sintered neodymium iron boron multipole magnetic giraanta (sida ku cad shaxanka hoose) waxa loo qaybiyaa qaab mawjadaha sinaha ah, iyo goobteeda ultra-sare ee birlabeedka ayaa si weyn u wanaajin karta hufnaanta mootada.Iyadoo aan la dhimin waxtarka, matoorku wuu sii fududaan karaa oo wuu yarayn karaa.Shucaaca boron-ka ee neodymium-ka birta ah (multipole) giraannada magnetic-ka ayaa ka adkaada dib-u-dhacyada kala-soocidda siddooyinka magnetic waxayna bedeli karaan blocks-dhaqameedyo qaabaysan.

Sintered neodymium iron boron multipole magnetic giraangiraha waxay leeyihiin faa'iidooyin sida garoonka ultra-sare ee magnetic, kulan la fududeeyay, wareegga magnetic deggan, saxnaanta makaanikada sare, kulan leh ulo magnetic non-conductive ulaha magnetic, iyada oo aan la dhimin waxqabadka magnetic, iyo gaaritaanka isticmaalka hufan ee magnet joogto ah. agabka.

1.Sidee loo nashqadeeyaa oo loo doortaa magnetka ugu kharashka badan ee buuxiya baahiyaha macaamiisha?

Magnets waxaa loo kala saaraa darajooyin kala duwan iyadoo lagu salaynayo awooda ay u leeyihiin inay u adkeystaan ​​heerkulka;Marka loo eego shuruudaha isticmaalka kala duwan, calaamad isku mid ah ayaa loo qaybiyaa heerar waxqabad oo kala duwan, iyo heerarka waxqabad ee kala duwan waxay u dhigmaan cabbirro waxqabad oo kala duwan.Guud ahaan, naqshadaynta iyo xulashada magnet-ka ugu kharashka badan waxay u baahan tahay macmiilku inuu bixiyo macluumaadka soo socda ee khuseeya

▶ Goobaha codsiga ee magnets
▶ Qalabka iyo cabbirrada waxqabadka magnetka (sida Br/Hcj/Hcb/BHmax, iwm.)
▶ Deegaanka shaqada ee magnetka, sida heerkulka shaqada caadiga ah ee rotor-ka iyo heerkulka ugu badan ee suurtogalka ah ee shaqada
▶ Habka rakibaadda magnetka ee rotor-ka, sida haddii magnet-ku uu yahay mid dusha sare ah ama booska lagu rakibay?
▶ Cabbirrada mashiinka iyo shuruudaha dulqaadka ee magnets
▶ Noocyada dahaarka magnetic iyo shuruudaha ka hortagga daxalka
▶ Shuruudaha tijaabada goobta ee magnets (sida tijaabinta waxqabadka, tijaabinta buufinta milixda, PCT/HAST, iwm.)