Ama-magnet endandatho ye-Neodymium asebenza ngezicelo eziyi-10 ezinkulu zezimboni ezinemininingwane ehlukene yokukhetha:

(1) ama-magnetic couplings — N42/N45, Ni-Cu-Ni, i-radial enezinsika eziningi; (2) ama-encoder — i-NdFeB eboshiwe, i-radial enezinsika eziningi, izinsika ezingu-32+; (3) ama-BLDC motors — N42SH/45SH, i-radial enezinsika eziningi; (4) izinzwa — N35/N42, i-axial noma i-multi-pole; (5) abahlukanisi be-magnetic — N42/N45, Ni-Cu-Ni, i-axial; (6) ama-magnetic bearings — N42SH, ukubekezelelana kokunemba; (7) amadivayisi ezokwelapha — ambozwe nge-Parylene, N35-N42; (8) amarobhothi ezimboni — N42, alula; (9) amandla omoya — N42UH/EH, i-epoxy; (10) amaphampu e-vacuum — N42, Ni-Cu-Ni, i-radial. Ukusetshenziswa ngakunye kudinga ibanga elihlukile, ukumbozwa, isiqondiso se-magnetization, kanye nokunemba okulinganayo.

Njengonjiniyela e-I-Fullzen, siphatha ama-oda e-ring magnet nsuku zonke ezimbonini ezingaphezu kweshumi nambili, kusukela ezimotweni kuya kumadivayisi ezokwelapha. Lesi sihloko sithatha ulwazi lwethu olusebenzayo lwefektri ukuze sinikeze umhlahlandlela ophelele wereferensi yesicelo. Esikhundleni sokumane sibhale lapho kusetshenziswa khona ama-ring magnet, sikuqondisa ngqo ukuthi yiliphi ibanga, ukumboza kanye nesiqondiso se-magnetization okufanele usikhethe ku-application case ngayinye.

‑ Izincomo eziphelele zemininingwane yazo zonke izinhlelo zokusebenza zezimboni eziyi-10 zomhlaba wangempela

- Izinhlelo zokusebenza ezintathu ze-niche ezinenani eliphezulu ezingavamile ukumbozwa yizimbangi: ukuhlukaniswa kwamagnetic, ama-magnetic bearings kanye namarobhothi ezimboni

- Ukuqhathanisa ukusebenza okuholwa ubunjiniyela: omaginethi endandatho uma kuqhathaniswa noomaginethi bediski

‑ Ithebula lereferensi elisheshayo lekhasi elilodwa elimboza izinhlelo zokusebenza eziyi-10 × amapharamitha angukhiye ayi-5

Kungani I-Ring Geometry Iphumelela Kakhulu Kuma-Disc Magnets Ezicelweni Zezimboni

I-geometry yendandatho akuyona nje into ekhethwayo ngesimo - iletha izinzuzo ezilinganisekayo ekusetshenzisweni kwe-magnetic flux, ukuguquguquka komklamo, kanye nokusebenza kahle kwesisindo oma-disc magnets abangakwazi ukukufanisa.

Ukusetshenziswa kwe-Magnetic Flux: Indandatho vs Idiski

Omaginethi amise okwendandatho anikeza ukusetshenziswa kwe-magnetic flux okuphezulu ngo-15-22% kunamaginethi e-disc, okusekelwa idatha yokulinganisa ukuhlolwa kwangempela:

- I-geometry yendandatho igxila ekugelezeni kwamagnetic ngaphakathi kwendawo ye-annular phakathi kobubanzi bangaphandle nobangaphakathi, okuholela ensimini yamagnetic egxile kakhulu kanye nokuvuza okuphansi kokugeleza.

- Kuma-disc magnets, i-magnetic flux isakazeka endaweni ephakathi, okuholela ekulahlekelweni okukhulu komphumela womphetho.

Ngokusebenzisa ngokunemba okufana nama-motor nama-sensor, lo mehluko ongu-15-22% ekugelezeni kwamagnetic uhumusha ngqo ezikhaleni zokusebenza ezilinganiswayo emikhiqizweni yokugcina.

Imbobo Ephakathi: Ukuguquguquka Komklamo

Umgodi ophakathi umelela inzuzo enkulu yesakhiwo sama-ring magnets:

- Amashafu adlula ngqo ebhoreni, okwenza kube lula ukufaka ama-rotor ezimoto, ama-encoder kanye nama-sensor ngqo.

- Isekela ukuhlanganiswa kwe-co-axial kwezingxenye eziningi zokuhlanganiswa okuhlanganisiwe kwezingcezu zezigxobo, imiphini nama-bearings.

Omaginethi bediski abakwazi ukufeza lolu hlobo lokwakheka. Ukusebenza okufana nakho kungabonakala kuphela ngehadiwe yokuyifaka yangaphandle.

Isilinganiso Sesisindo Nokusebenza

Isisindo siyinto ebalulekile okufanele icatshangelwe ekusetshenzisweni okujikelezayo:

- Ngobubanzi obufanayo bangaphandle, omazibuthe bendandatho balula ngo-30-40% kunamazibuthe ediski, njengoba ingxenye yezinto eziphakathi isuswa.

- Isisindo esiphansi sisho ukucindezeleka okuncishisiwe kwe-centrifugal ngaphansi kokujikeleza kwesivinini esikhulu, okuvumela isivinini esiphezulu sokujikeleza.

‑ Le nzuzo yokonga isisindo ihumusha ngokuqondile ekusebenzeni okuthuthukisiwe kuma-motor e-BLDC kanye nama-turbocharger.

Isicelo 1: Ama-Coupling Amagnetic — Ukudluliselwa Kwe-Torque Ngaphandle Kokuthintana

Ama-coupling amagnetic asebenzisa ama-array amagnethi aphikisanayo ukuze adlulise i-torque ngesithiyo esibonakalayo - ukususa izivalo zomshini, ukunciphisa ukugcinwa, nokuvumela ukuvalwa okungcolile noma okungenasici.

Ama-coupling kamagnetic angenye yezindlela ezisetshenziswa kakhulu kuma-ring magnet. Amasethi amabili ama-ring magnet adlulisa i-torque odongeni oluhlukanisayo ukuze kufezwe ukudluliselwa kwamandla okungenakuthintana.

- Isimiso sokusebenza: Omaginethi ohlangothini lokushayela bahlangana ngogesi odonsayo nogesi ohlangothini oluqhutshwayo odongeni lokuhlukanisa (ngokuvamile insimbi engagqwali noma ipulasitiki).

‑ Izinzuzo Eziyinhloko: Ukungabi khona kwezivalo zemishini kuholela ekugugeni kwe-zero kanye nokuvuza kwe-zero, okwenza zifanelekele izindawo ezihlanzekile, ezihlanzekile nezingcolisayo.

‑ Izicelo ezivamile: amaphampu enqubo yamakhemikhali, imishini yezokwelapha (imishini yokuhlaziya), imishini yokukhiqiza ye-semiconductor.

Imininingwane Yokukhetha Yezinhlelo Zokuxhumanisa ZikaMagnetic

Ibanga Lezincomo: N42 / N45 — Kudingeka amandla kazibuthe anele ukuze kudluliselwe i-torque

● Ukugqoka Okunconywayo: I-Ni‑Cu‑Ni yezindawo ezijwayelekile, noma ukugqoka kwe-epoxy kwezindawo ezigqwalisayo

● Ukwenziwa Kwamaginethi Okunconywayo: Ukwenziwa Kwamaginethi Okukhanya Kwezinsika Eziningi; inani lezinsika lincike ezidingweni ze-torque

● Ubukhulu Obujwayelekile: OD 20‑80 mm, ukujiya 3‑10 mm

● Amapharamitha Ayinhloko: Umthamo wokudlulisa i-torque, usayizi wesikhala somoya (ubukhulu bodonga lwesihlukanisi)

Qaphela Ukukhetha: Igebe lomoya lokuxhumanisa okune-magnetic (ubukhulu bodonga oluhlukanisayo) liyisici esibalulekile ekusebenzeni kahle kokudlulisa i-torque. I-torque yehla cishe ngo-15-20% kukho konke ukwanda kwegebe lomoya okungu-0.5 mm. Nciphisa igebe lomoya ngesikhathi sokuklama.

Isicelo 2: Ama-Encoder Kamagnetic — Ukuzwa Kwesimo Esinembile

Ama-encoder kamagnetic athembele kuma-magnets endandatho enama-pole amaningi ahlelwe kahle ukuguqula indawo yokujikeleza ibe amasignali edijithali - adinga i-NdFeB eboshiwe ukuze kubalwe ama-pole angaphezu kuka-32.

Ama-encoder kamagnetic amelela ukusetshenziswa okunembe kakhulu kwama-ring magnets. Njengoba indandatho kamagnetic enezinsika eziningi ijikeleza, izinzwa ze-Hall zibona ukuhlukahluka kwensimu kamagnetic ukuze zilinganise ngokunembile i-engeli, isikhundla kanye nesivinini.

● Isimiso Sokusebenza: Indandatho kazibuthe enezinsika eziningi iyajikeleza → izinguquko zensimu kazibuthe ezishintshanayo → ukuphuma kwesignali yedijithali kusuka kuzinzwa zeHall

● Izinzuzo Eziyinhloko: Ayimelani nothuli, ukungcoliswa uwoyela kanye nokudlidliza; ifaneleka kangcono ezindaweni zezimboni ezinzima uma kuqhathaniswa nama-encoder optical

● Izicelo Ezivamile: Amalunga erobhothi lezimboni, amathuluzi omshini we-CNC, imigqa yokukhiqiza ezenzakalelayo

Imininingwane Yokukhetha Yezinhlelo Zokufaka Ikhodi Ye-Magnetic

Inqubo Enconywayo: I-NdFeB Ehlanganisiwe – ekwazi ukwakha ngqo izakhiwo zezinti eziningi ngaphandle kwezinto ezisebenzisa ugesi

● Ibanga Elinconywayo: I-NdFeB eboshiwe yi-Isotropic

● Ukwenziwa Kwama-Magnetize Okunconywayo: Ukwenziwa Kwama-Magnetize E-Multi‑pole radial, inani lama-pole elingu-32 / 64 / 128. Inani lama-pole aphezulu linikeza isinqumo esiphezulu.

● Ubukhulu Obujwayelekile: OD 10‑50 mm

● Amapharamitha Ayinhloko: Ukunemba kwephimbo lensika ＜ ± 0.02 mm, ukufana kwensimu yamagnetic

Kwa-Fullzen, izindandatho zikagesi ze-encoder zingenye yemikhiqizo eyinhloko evela emgqeni wethu wokukhiqiza ohlanganisiwe. Ukunemba kwe-pole pitch kunquma ngqo isixazululo se-encoder. Senza ukuhlolwa kwesampula kokuphambuka kwe-pole pitch kuyo yonke ibhetshi yokukhiqiza.

Isicelo 3: Ama-BLDC Motors — Kusukela kuma-Consumer Drones kuya ku-EV Traction

Ama-motor e-BLDC ayisicelo esikhulu kunazo zonke sama-magnets endandatho ye-neodymium - kusukela kuma-motor amancane e-drone kuya kuma-servo drive ezimboni, ngalinye lidinga amamaki ahlukene, ukumbozwa, kanye namaphethini okufaka ugesi.

Ama-motor e-BLDC akha uhlelo lokusebenza olukhulu kakhulu olusetshenziswa kanye kuphela lwama-ring magnet. Izidingo zama-magnet ziyahlukahluka kakhulu kuzo zonke izimo, kusukela kuma-electronics abathengi kuya kuma-drive ezimboni.

● Ama-motor amancane (ama-drone / amathuluzi kagesi): N42 / N45, ukumelana nokushisa okujwayelekile

● Ama-motor ezimboni (i-servo / i-stepper): I-N42SH / N45SH, ukumelana nokushisa okungu-150 °C

● Ama-motor e-EV traction: N42UH / EH, ukumelana nokushisa okungu-180‑200 °C, isitifiketi se-IATF 16949

Imininingwane Yokukhetha Yezicelo Zemoto ye-BLDC

● Izinga Elinconywayo: N42SH (150 °C) noma N45SH — vumela isilinganiso sokuphepha kwezinga lokushisa esingu-20 °C

● Ukugqoka Okunconywayo: Ukugqoka kwe-Ni‑Cu‑Ni (okujwayelekile) noma i-epoxy ezindaweni ezinomswakama

● Ukwenziwa Kwamaginethi Okunconywayo: Ukwenziwa Kwamaginethi Obubanzi Bezinsika Eziningi; inani lezinsika lichaza isivinini semoto kanye nezici ze-torque

● Ubukhulu Obujwayelekile: OD 15‑120 mm; Ama-motor e-EV angafinyelela ku-200 mm nangaphezulu

● Amapharamitha Ayinhloko: I-BL factor, inani lezinsika, ububanzi bokushisa kokusebenza

● Ukuze uthole umhlahlandlela wokukhetha ogcwele wezinhlelo zokusebenza zemoto, bheka ku-umhlahlandlela ophelele wokushaya omaginethi wezinhlelo zokusebenza zezimoto.

Isicelo 4: Izinzwa Zezimboni — Ukusondela, Isivinini, kanye Nesikhundla

Izinzwa zezimboni zisebenzisa omaginethi bendandatho njengomthombo wamagnetic kuma-Hall effect kanye nama-reed switch assemblies — adinga amandla ensimu aqondile kanye nokukhishwa okuzinzile ngaphezu kokushisa.

Izinzwa zezimboni zakha imakethe enkulu "efihliwe" yama-ring magnet. I-magnet encane yakhelwe ngaphakathi kwe-proximity switch ngayinye, i-speed sensor kanye ne-position sensor.

● Izinzwa zokusondela: Thola indlela izinto zensimbi ezisondela ngayo — imagnethi isebenza njengomthombo wensimu yamagnetic

● Izinzwa zesivinini: Insimu yamagnetic iyashintsha njengoba amagiya / amasondo e-encoder edlula → Ama-pulse okukhipha izinzwa ze-Hall

● Izinzwa zesikhundla: Ukufuduka okuqondile → ukuhlukahluka kwensimu yamagnetic → ukuphuma kwesignali yesikhundla

Imininingwane Yokukhetha Yezinhlelo Zokusebenza Zezinzwa

● Izinga Elinconywayo: N35 / N42 — Izinzwa azidingi ukusebenza okunamandla kakhulu; ukuzinza kuthatha indawo yokuqala

● Ukugqoka Okunconywayo: Ukugqoka kwe-Ni Cu Ni noma i-zinc kwezicelo ezibiza kakhulu

● Ukwenziwa Kwemagnethi Okunconywayo: Ukwenziwa Kwemagnethi Ye-Axial (izinzwa ezilula) noma ukwenziwa Kwemagnethi Ye-radial Yamapole amaningi (izinzwa zohlobo lwe-encoder)

● Ubukhulu Obujwayelekile: OD 8‑30 mm — omaginethi abancane ngokuvamile basetshenziswa ezinzwa

● Amapharamitha Ayinhloko: Ukufana kwensimu yamagnetic, ukuqina kwezinga lokushisa (‑40 °C kuya ku-+125 °C ububanzi bokusebenza)

Isicelo 5: Izihlukanisi ZikaMagnetic — Ukususa Izinto Ezingcolisayo Zensimbi

Abahlukanisi bamagnetic basebenzisa ama-ring magnet arrays kuma-drum ajikelezayo noma amabhande okuhambisa ukuze basuse ukungcola kwe-ferrous emifudlaneni yomkhiqizo — bavikela imishini engezansi komfula futhi baqinisekise ubumsulwa bomkhiqizo.

Ukuhlukaniswa kwamagnetic kuyindlela engaziwa kakhulu yamagnethi endandatho, kodwa ihlanganisa izimboni eziningi okuhlanganisa ukucubungula ukudla, ubunjiniyela bamakhemikhali, ukumbiwa kwezimayini kanye nokusetshenziswa kabusha.

● Isimiso Sokusebenza: Izinto zigeleza ngama-drum/amabhande okuhambisa afakwe umazibuthe → ukungcola kwe-ferromagnetic kuyabanjwa → izinto ezihlanzekile ziqhubeka nokugeleza phansi komfula

● Izidingo Eziyinhloko: Insimu enamandla yamagnetic (yokubamba izinhlayiya zensimbi ezincane) kanye nokwemboza okumelana nokuguguleka (ukumelana nokuguguleka okuvela ekugelezeni kwezinto)

● Izicelo Ezivamile: Imigqa yokukhiqiza ukudla (ukususwa kwemfucumfucu yensimbi), ukuphinda kusetshenziswe ipulasitiki (ukuhlukaniswa kokungcola kwensimbi), imboni yamakhemikhali (ukuvuselelwa kwe-catalyst)

Imininingwane Yokukhetha Yezinhlelo Zokuhlukanisa Ama-Magnetic

Izinga Elinconywayo: N42 / N45 — Kudingeka insimu enamandla yamagnetic ukuze kubanjwe izinhlayiya ezincane ze-ferromagnetic

● Ukugqoka Okunconywayo: I-Ni‑Cu‑Ni (ukumelana nokuguguleka okuphezulu uma kuqhathaniswa ne-epoxy) noma ukugqoka okukhethekile okumelana nokuguguleka

● Ukwenziwa Kwemagnethi Okunconywayo: Ukwenziwa Kwemagnethi Ye-Axial — kuhlelwe ngama-array ukuze kumbozwe yonke indawo yokuhlukaniswa

● Ubukhulu Obujwayelekile: OD 30‑150 mm — kukhethwe ngokwesilinganiso sesigubhu sokuhlukanisa

● Amapharamitha Ayinhloko: Amandla ensimu yamagnetic engaphezulu (inani likaGauss), ukumelana nokuguguleka, ukumelana nokugqwala

Omazibuthe baguga kakhulu ekusetshenzisweni kokuhlukanisa omazibuthe ngenxa yokukhuhla okuqhubekayo okuvela ekugelezeni kwezinto. Lapho sihlinzeka amakhasimende embonini yokucubungula ukudla, sivame ukuncoma ukumbozwa kwe-Ni CuNi kanye nesixazululo sokufaka esikhundleni sesikhathi.

Isicelo 6: Ama-Magnetic Bearings — Ukujikeleza Okungenazingxabano

Ama-bearings amagnetic asebenzisa oma-ring magnets abekwe kahle ukudala ukwesekwa kwe-rotor okuzinzile, okungenazingxabano — okuqeda ukuguguleka komshini emishinini yokukhiqiza ye-turbomachinery esheshayo kanye ne-semiconductor.

Ama-magnetic bearings amelela uhlelo lokusebenza olusezingeni eliphezulu lwama-ring magnets. Amandla ka-magnetic athatha indawo yama-mechanical bearings ukuze kufezwe ukujikeleza okungenamshuduliswano. Isidingo somthamo kulo mkhakha sincane, kodwa izidingo zokunemba ziqinile kakhulu.

● Isimiso Sokusebenza: Insimu yamagnetic ekhiqizwa omaginethi bendandatho idonsela i-rotor → ukusebenza okungenakho ukuthintana → ukusebenza okungenakho ukungqubuzana → ukugqokwa okungekho

● Izidingo Eziyinhloko: Ukunemba okuphezulu kakhulu (ukufana kwensimu yamagnetic) kanye nokuqina kokushisa okuhle kakhulu

● Izicelo Ezivamile: Ama-Turbocharger, isitoreji samandla esinamasondo ajikelezayo, imishini yokukhiqiza ye-semiconductor (indawo yokuhlanza)

Imininingwane Yokukhetha Yezicelo Zokubethela Kwamagnetic

Izinga Elinconywayo: N42SH — Kudingeka ukuzinza kwezinga lokushisa eliphezulu kanye namandla anamandla kazibuthe

● Ukugqoka Okunconywayo: I-Ni‑Cu‑Ni — ukuvikelwa okujwayelekile ngaphandle kokuphazamisa ukufana kwensimu yamagnetic

● Ukwenziwa Kwamaginethi Okunconywayo: Ukwenziwa Kwamaginethi okunezinsika eziningi noma okunezinsika eziningi, kuye ngohlobo lokuthwala (uhlobo lwamaginethi oluhlala njalo / uhlobo oluhlanganisiwe)

● Ubukhulu Obujwayelekile: OD 20‑60 mm, ukubekezelelana ±0.02 mm

● Amapharamitha Ayinhloko: Ukufana kwensimu yamagnetic (<1% ukuphambuka), ukuzinza kwezinga lokushisa, ukubekezelelana okuqinile kobukhulu

Isicelo 7: Amadivayisi Ezokwelapha — Kusukela Kumathuluzi Okuhlinzwa Kuya Kuzesekeli ze-MRI

Amadivayisi ezokwelapha adinga omaginethi abayindandatho abahlangabezana nezindinganiso eziqinile zokuhambisana kwezinto eziphilayo, ukuhlanzeka, kanye nokumelana nokugqwala — kusukela kumathuluzi kagesi okuhlinzwa kuya kwizesekeli ze-MRI kanye nezinhlelo zokulethwa kwemithi.

Izinhlelo zokusebenza zezokwelapha zibeka izidingo ezihlukile kakhulu kuma-magnet uma kuqhathaniswa nezinye izimboni, lapho ukuhambisana kwezinto eziphilayo kanye nokuhlanzeka kuyizinto eziza kuqala.

● Amathuluzi kagesi okuhlinza: Izingcezu zokubhoboza zokushayela / ama-saw blades — kudingeka omaginethi abanomthamo omkhulu we-torque

● Izesekeli ezihlobene ne-MRI: Zidinga izembozo ezingezona i-ferromagnetic (iGolide / iParylene)

● Izinhlelo zokulethwa kwemithi: Omakethi abalawulwa kahle — ukuqina okuphezulu kuyadingeka

Imininingwane Yokukhetha Yezinhlelo Zokusebenza Zedivayisi Yezokwelapha

Izinga Elinconywayo: N35 / N42 — Amadivayisi ezokwelapha ngokuvamile awadingi ukusebenza okunamandla kakhulu kwe-magnetic

● Ukugqoka Okunconywayo: I-Parylene (ukuhambisana kahle kwezinto eziphilayo) noma ukugqoka kwegolide (kwezindawo ze-MRI)

● Ukwenziwa Kwamaginethi Okunconywayo: Ukwenziwa Kwamaginethi Kwe-Axial — iningi lamaginethi ebanga lezokwelapha linezakhiwo ezilula

● Ubukhulu Obujwayelekile: OD 5‑40 mm — isikhala esincane ngaphakathi kwemishini yezokwelapha

● Amapharamitha Ayinhloko: Ukuhambisana kwezinto eziphilayo (ISO 10993), ukuhlanzeka, ukufana kwesembozo

Kwa-Fullzen, amanani ama-oda avela kumakhasimende ezokwelapha avame ukuba mancane (amakhulu kuya ezinkulungwaneni eziningana zezingcezu), kodwa amazinga aphezulu kakhulu ayaphoqelelwa ukuze kube nekhwalithi kanye nokuvumelana kwe-batch kuya ku-batch. Senza ukuhlolwa okungu-100% kanye nokuhlunga kwe-magnetic flux kumagnet ngayinye.

Isicelo 8: Amarobhothi Ezimboni — Ama-Actuator E-End-Effect

Amarobhothi ezimboni asebenzisa omaginethi bendandatho kuma-actuator e-end-effector, kuma-joint encoders, kanye nasemishinini ye-gripper — lapho izinto ezilula, ezibumbene kanye nokulawula okunembile kwensimu yamagnetic kuthuthukisa umthamo womthwalo.

Imininingwane Yokukhetha Yezicelo Zamarobhothi Ezimboni

Izinga Elinconywayo: N42 — kulinganisa ukusebenza kanye nesisindo

● Ukugqoka Okunconywayo: I-Ni‑Cu‑Ni — ukuvikelwa okujwayelekile ngaphandle kokuphazamisa ukunemba

● Ukwenziwa Kwemagnethi Okunconywayo: Ukwenziwa Kwemagnethi Ye-Axial (i-end effectors) noma ukwenziwa Kwemagnethi Ye-radial Yamapole Amaningi (ama-encoder)

● Ubukhulu Obujwayelekile: OD 10‑40 mm — yomklamo olula

● Amapharamitha Ayinhloko: Isisindo (esiphansi siyathandwa), ukunemba (< ± 0.02 mm kuma-encoder rings), isivinini sokuphendula

Isicelo 9: Amandla Omoya — Ama-Generator Magnets Ezindaweni Ezinzima

Amajeneretha e-wind turbine asebenzisa omazibuthe abakhulu be-neodymium ring kumajeneretha ahlala njalo ahambisana ne-magnet (i-PMSG) — adinga ukuzinza kokushisa okuphezulu kanye nokumelana nokugqwala ezindaweni ezisogwini lolwandle.

Ukukhiqizwa kwamandla omoya kuyisicelo esikhulu sama-ring magnet. Ama-generator aqondile asebenza ngogesi ahambisanayo (i-PMSG) asebenzisa inani elikhulu lama-ring magnet amakhulu kakhulu.

● Isimiso Sokusebenza: Ama-blade okushayela umoya → i-rotor iyajikeleza → oma-magnets ahlala njalo (oma-magnets endandatho) akhiqiza insimu yamagnetic → ama-stator coil abangela ugesi wokukhiqizwa kwamandla

● Izidingo Eziyinhloko: Ukumelana nokushisa okuphezulu (izinga lokushisa eliphakeme langaphakathi lejeneretha) kanye nokumelana nokugqwala (izimo zenkungu kasawoti yamandla omoya angaphandle kolwandle)

● Izicelo Ezivamile: Amayunithi e-turbine yomoya ogwini kanye nasogwini; ukusetshenziswa komazibuthe weyunithi eyodwa kungafinyelela amakhulu amakhilogremu

Imininingwane Yokukhetha Yezicelo Zamandla Omoya

Izinga Elinconywayo: N42UH noma N40EH — kumele imelane namazinga okushisa aphezulu angu-180‑200°C

● Ukugqoka Okunconywayo: Ukugqoka kwe-Epoxy — ukukhetha okuhle kakhulu ezindaweni ezinenkungu kasawoti emandleni omoya asogwini lolwandle

● Ukwenziwa Kwamaginethi Okunconywayo: Ukwenziwa Kwamaginethi Okukhanya Kwezinsika Eziningi; inani lezinsika lincike ekwakhiweni kwejeneretha

● Ubukhulu Obujwayelekile: OD 100‑300 mm nangaphezulu — omaginethi abakhulu abakhiqiza amandla anzima

● Amapharamitha Ayinhloko: Ukumelana nokushisa (>180 °C), ukumelana nokugqwala, ukuzinza kwesikhathi eside (impilo yenkonzo yeminyaka engu-20)

Isicelo 10: Amaphampu Okuhlanza Amanzi Nama-Compressor — Ukuvalwa Okuthembekile Kakhulu

Amaphampu e-vacuum kanye nama-compressor asebenzisa omayinti bendandatho ezinhlelweni zokushayela kumagnetic kanye nezindlela zokuvala — lapho ukuvala okungenawo umoya, ukusebenza okungenawo uwoyela, kanye nokuphila isikhathi eside kubalulekile.

Ama-ring magnet asetshenziswa ekushayeleni nasekuvaleni amandla kazibuthe kumaphampu e-vacuum kanye nama-compressor. Nakuba kungeyona into evamile, idinga ukuthembeka okuphezulu kakhulu.

● Ukuvalwa kwe-magnetic drive: Ama-magnet adlulisa i-torque ezindongeni ze-vacuum → akukho ukuvuza → izinga le-vacuum ligcinwa

● Ama-compressor angenawo uwoyela: Ama-magnetic bearings athatha indawo yokugcotshwa kwamafutha → akukho ukungcola kwamafutha — kuyadingeka ezimbonini ze-semiconductor kanye nezemithi

● Izicelo Ezivamile: Imishini yokukhiqiza i-semiconductor (amakamelo okuhlanza), imishini yemithi (izindawo ezihlanzekile)

Imininingwane Yokukhetha Yezicelo Zephampu Yokupompa I-Vacuum

● Izinga Elinconywayo: N42 — ibhalansisa ukusebenza kanye nezindleko

● Ukugqoka Okunconywayo: I-Ni‑Cu‑Ni — ukuvikelwa okujwayelekile okunokumelana okuhle nokuguguleka

● Ukwenziwa Kwemagnethi Okunconywayo: Ukwenziwa Kwemagnethi Okukhanya — okuvame ukusetshenziswa ezinhlelweni zokushayela ngemagnethi

● Ubukhulu Obujwayelekile: OD 20‑60 mm

● Amapharamitha Ayinhloko: Ukusebenza kokuvala (ukuvuza okungaphelele), ukumelana nokushisa okuphezulu, ukuthembeka kwesikhathi eside

Ithebula Lokubhekisela Elisheshayo Lokukhetha Isicelo

Leli thebula lihlanganisa zonke izinhlelo zokusebenza eziyi-10 zibe ukuqhathanisa okukodwa ngokubuka nje ukuze kwenziwe izinqumo ngokushesha.

Isicelo	Inqubo Enconyiwe	Ibanga Elinconyiwe	Ukugqoka Okunconyiwe	Ukwenziwa Kwamaginethi Okunconyiwe	I-OD evamile	Amapharamitha Ayisihluthulelo
1. Ukuxhumanisa KukaMazibuthe	I-Sintered	N42 / N45	I-Ni-Cu-Ni / i-Epoxy	I-Multi-pole Radial	20‑80 mm	I-Torque / Igebe lomoya
2. I-Encoder	Isibopho	I-NdFeB eboshwe nge-isotropic	I-Ni-Cu-Ni	I-Radial yezinsika eziningi ≥32 izinsika	10‑50 mm	Ukunemba kwephimbo lensika
3. Injini ye-BLDC	I-Sintered	I-N42SH / N45SH	I-Ni-Cu-Ni / i-Epoxy	I-Multi-pole Radial	15‑120 mm	I-BL factor / Isibalo se-Pole
4. Inzwa Yezimboni	I-Sintered	N35 / N42	I-Ni-Cu-Ni / I-Zinc	I-Axial / Multi-pole Radial	8‑30 mm	Ukufana kwensimu yamagnetic / Ukuqina kwezinga lokushisa
5. Isihlukanisi SikaMagnetic	I-Sintered	N42 / N45	I-Ni-Cu-Ni	I-Axial	30‑150 mm	Ukumelana ne-Gauss/Gwear Surface
6. Ukuthwala KukaMagnetic	I-Sintered	I-N42SH	I-Ni-Cu-Ni	I-Axial / Multi-pole Radial	20‑60 mm	Ukufana kwensimu yamagnetic / ukubekezelelana kobukhulu
7. Idivayisi Yezokwelapha	Kuhlanganiswe / Kuboshwe	N35‑N42	I-Parylene / Igolide	I-Axial	5‑40 mm	Ukuhambisana kwezinto eziphilayo (ISO 10993)
8. Irobhothi Lezimboni	I-Sintered	I-N42	I-Ni-Cu-Ni	I-Axial / Multi-pole Radial	10‑40 mm	Isisindo / Ukunemba kokubekwa
9. Ijeneretha Yamandla Omoya	I-Sintered	I-N42UH / N40EH	I-Epoxy	I-Multi-pole Radial	100‑300 mm+	Ukumelana nokushisa / Ukumelana nokugqwala
10. Iphampu Yokushaja Nge-Vacuum kanye neCompressor	I-Sintered	I-N42	I-Ni-Cu-Ni	I-Radial	20‑60 mm	Ukuvalwa kwe-zero-leakage / Ukuthembeka kwesikhathi eside

Indlela Yokusebenzisa Lo Mhlahlandlela Kuphrojekthi Yakho

Manje njengoba ususitholile isicelo sakho kanye nemininingwane ecacile, nansi indlela yokushintsha kusuka ekukhetheni kuya ekuthengeni.

Isinyathelo 1: Khomba Isigaba Sakho Sesicelo

Thola uhlobo lohlelo lwakho lokusebenza eshadini elisheshayo elingenhla ukuze ufinyelele izinga elinconywayo, ukumbozwa, kanye nesiqondiso se-magnetization. Uma uhlelo lwakho lokusebenza lungafakwanga ohlwini, incazelo esondelene kakhulu yokufanisa ngokuvamile isebenza njengendawo enhle yokuqala.

Isinyathelo 2: Amapharamitha Okhiye Wokukhiya

Nquma ubukhulu obuthile (i-OD/ID/ukujiya), izidingo zokubekezelelana, ububanzi bokushisa kokusebenza, kanye nezidingo zesitifiketi. Le mininingwane inquma ikhotheshini yokugcina kanye nesikhathi sokuhola.
● Ukuze uthole inqubo ephelele yokukhetha kanye nomhlahlandlela wokuthenga, bheka *Inqubo yokukhetha kanye nokuthenga enezinyathelo ezi-7 zama-magnets endandatho ye-neodymium*

Isinyathelo 3: Cela Amasampula bese Uqinisekisa

Thumela i-RFQ ephelele (kufaka phakathi wonke amapharamitha) kumhlinzeki wakho, thola amasampula, bese uwaqinisekisa ngaphansi kwezimo zokusebenza zangempela ezilingisiwe. Ungayeki ukuqinisekiswa kwesampula—izindleko zokuvuselela umkhiqizo ziphindwe kayi-100 kunezamasampula.
● Ukuze uthole imininingwane ephelele yobukhulu kanye nezinkomba zokubekezelelana, bheka *ubukhulu obuphelele bendandatho ye-neodymium kanye nereferensi yokubekezelelana*

Imibuzo Evame Ukubuzwa

Q: Yiziphi izimboni ezisebenzisa kakhulu omaginethi bendandatho ye-neodymium?

A: Izicelo eziphezulu zezimboni zama-magnethi endandatho ye-neodymium zifaka phakathi ama-motor e-BLDC (imakethe eyodwa enkulu kunazo zonke), ama-encoder kamagnetic, ama-sensor ezimboni, ama-coupling kamagnetic, kanye nama-separators kamagnetic. Izicelo ezintsha zifaka phakathi ama-magnetic bearings emishini ye-turbo engenamshuduliswano, amadivayisi ezokwelapha adinga ukumbozwa okuhambisana ne-biocompatible, kanye nama-generator amandla omoya asebenzisa ama-grade e-UH/EH okushisa okuphezulu. Kwa-Fullzen Technology, izinhlelo zokusebenza zama-motor kanye nama-encoder zingaphezu kuka-60% womkhiqizo wethu we-ring magnet.

U: Uyini umehluko phakathi kwama-ring magnet nama-disc magnet asetshenziswa ezimbonini?

A: Omaginethi bendandatho badlula omaginethi bediski ezindaweni ezintathu ezibalulekile: (1) Ukusetshenziswa kwe-magnetic flux okuphezulu ngo-15-22% ngenxa yemigqa yensimu yokugxila kwe-ring geometry, (2) ukudlula kwe-shaft okuvumela imbobo ephakathi kanye nokuhlanganiswa kwezingxenye eziningi, kanye (3) isilinganiso esiphezulu sesisindo-kuya-ukusebenza — esibalulekile ekusetshenzisweni okujikelezayo lapho ukucindezeleka kwe-centrifugal kuyinkinga. Omaginethi be-disc bakhethwa kuphela uma izindleko kuyiyona ndlela yodwa yokukhetha futhi izidingo zokusebenza kwe-magnetic zincane.

Q: Yikuphi ukumbozwa okungcono kakhulu kuma-ring magnet ezindaweni ezinzima?

A: Ezindaweni zezimboni ezinzima — umswakama ophezulu, ukuchayeka kumakhemikhali, noma amazinga okushisa aphezulu ngaphezu kuka-150°C — ukugqoka kwe-epoxy kunikeza isivikelo esingcono kakhulu ngokumelana nokufuthwa ngosawoti amahora angaphezu kwangu-96 ngentengo ephindwe ka-1.5 kunentengo ye-Ni-Cu-Ni. Ezindaweni zezokwelapha nezeqile, ukugqoka kwe-Parylene kunikeza ukumelana nokufuthwa ngosawoti amahora angaphezu kwangu-200 ngembozo efanayo yefilimu encane ngentengo ephindwe ka-3-5. I-Ni-Cu-Ni ejwayelekile (ukufuthwa ngosawoti amahora angu-48) yanele ukusetshenziswa kwangaphakathi, okulawulwa amazinga okushisa.

Q: Ingabe omaginethi bendandatho bangenziwa ngokwezifiso zezicelo ezithile zezimboni?

A: Yebo. Omaginethi bendandatho bangenziwa ngokwezifiso kuzo zonke izilinganiso eziyisithupha: (1) ibanga (N35-N52 ngezijobelelo zokushisa kusukela kujwayelekile kuya ku-EH ku-200°C), (2) izilinganiso (OD kusukela ku-5mm kuya ku-300mm+), (3) iphethini yomaginethi (i-axial, i-radial, i-multi-pole kuze kufike ku-128 poles), (4) uhlobo lokumboza (i-Ni-Cu-Ni, i-zinc, i-epoxy, i-Parylene, igolide), (5) inqubo yokukhiqiza (ehlanganisiwe, eboshiwe, noma ebunjiwe nge-injection), kanye (6) ukubekezelelana (okujwayelekile noma okunembile). Amathuluzi enziwe ngokwezifiso omaginethi we-multi-pole ngokuvamile anezela izindleko zokulungisa zesikhathi esisodwa.

Q: Yisiphi isikhathi esijwayelekile sokuhola sama-oda ezindonga zendandatho zezimboni?

A: Ama-ring magnets ajwayelekile athunyelwa zingakapheli izinsuku ezingu-3-5 kusukela esitokweni. Imininingwane yangokwezifiso ilandela inqubo enezigaba ezine: ikhotheshini (izinsuku ezingu-3), ukukhiqizwa kwesampula (izinsuku ezingu-7-10 ezijwayelekile, izinsuku ezingu-15-25 ngamathuluzi amasha), ukuvunyelwa kwesampula, kanye nokukhiqizwa ngobuningi (izinsuku ezingu-15-20). Isikhathi esijwayelekile esiphelele kusukela ekubuzeni kuya ekulethweni singamaviki angu-4-6 kuma-oda angokwezifiso. Kwa-Fullzen Technology, umthamo wanyanga zonke udlula izingcezu ezingu-50,000 ngokuphathwa kwekhwalithi ye-ISO 9001 kanye nemibiko yokuhlola egcwele ethunyelwa nayo yonke i-oda.

Umkhiqizi Wezingcezu Zendandatho Ye-Neodymium

Uthole isicelo sakho? Sithumelele imininingwane yakho bese uthola isilinganiso esinconyiwe, ukumbozwa, kanye nokufakwa kwemagnetization zingakapheli amahora angama-24!