Umhlahlandlela Wosayizi We-Neodymium Ring Magnet: Indlela Yokukhetha I-OD, ID kanye Nobukhulu Besicelo Sakho

Ama-magnet endandatho ye-NeodymiumZilinganiswa ngobukhulu obuthathu: ububanzi bangaphandle (OD), ububanzi bangaphakathi (ID), kanye nobukhulu. I-OD ejwayelekile isukela ku-4mm kuya ku-100mm+, i-ID kusukela ku-2mm kuya ku-50mm+, kanye nobukhulu kusukela ku-1mm kuya ku-30mm. Kwa-Fullzen Technology, sikhiqiza omaginethi bendandatho kuzo zonke izinhlobo ezijwayelekile kanye nobukhulu obungokwezifiso obunokubekezelelana okungu-±0.05mm — kusukela ezindandatho ezincane zezinsimbi ezingu-4×2×2mm kuya ezihlanganisweni ezinkulu zezimoto ezingu-100×50×25mm. Amandla okudonsa ancike kuzo zonke izinhlobo ezintathu kanye nebanga, hhayi i-OD yodwa.

Lo mhlahlandlela uhlanganiswe yi-Ubuchwepheshe be-Fullzenngokusekelwe kudatha yokukhiqiza yangempela, ehlanganisa:

• Uhlelo losayizi ojwayelekile (OD 4mm–100mm+ / ID 2mm–50mm+ / Ubukhulu 1mm–30mm)
• Ububanzi bamandla okudonsa, izinhlelo zokusebenza ezivamile, kanye nezidingo zokubekezelelana kuzo zonke izingxenye zosayizi ezahlukene
• Umthelela wangempela wezinguquko zobukhulu emandleni kazibuthe (ubudlelwano obungebona obuqondile, budinga ukubalwa okuphelele)
• Izindlela zokufaneleka kobunjiniyela zosayizi abakhelwe ngokwezifiso
• Indlela yesinqumo sokukhetha enezinyathelo ezi-5 ukukusiza ukuthi uthole ngokushesha imininingwane efanele

Kungakhathaliseki ukuthi ucacisa ubukhulu okokuqala ngqa beprototype noma ulungisa umklamo okhona — lo mhlahlandlela usiza ekunciphiseni ukuxhumana okuya phambili naphambili.

Indlela Okusebenza Ngayo Ubukhulu Be-Ring Magnet: OD, ID kanye Nobukhulu

Omaginethi endandatho achazwa ngezindlela ezintathu. Ukuqonda ukuthi ngamunye uthinta kanjani ukusebenza komaginethi kuyisisekelo sencazelo efanele.

Kumaginethi ngamunye wendandatho esiwathumelayo, ishidi le-spec libonisa izinombolo ezintathu: Ububanzi Bangaphandle (OD) × Ububanzi Bangaphakathi (ID) × Ubukhulu (T). Isibonelo, u-20×10×5mm usho ububanzi bangaphandle obungu-20mm, umgodi ophakathi ongu-10mm, kanye nobukhulu obungu-5mm.

Ochwepheshe abaningi bokuthenga babuza ngesikhathi sokubuza kwabo kokuqala: "Ingabe i-OD enkulu isho amandla kazibuthe anamandla?" Impendulo ithi - hhayi ngokuphelele. Amandla kazibuthe kazibuthe endandatho anqunywa yizo zonke izilinganiso ezintathu ezisebenza ndawonye. Ukushintsha noma yiluphi ubukhulu obubodwa kushintsha isakhiwo sesekethe kazibuthe.

Ububanzi Bangaphandle (OD)

Ububanzi bangaphandle bunquma indawo yonke ye-magnetic pole. I-OD enkulu inikeza indawo eyengeziwe yezinto zokwakha i-magnetization, okuvumela ngokombono ukuthi kube nophahla oluphezulu lwamandla kazibuthe. Kodwa-ke, ukwandisa i-OD kwandisa isisindo kanye nezindleko ngokulinganayo, futhi amandla okudonsa angempela nawo anqunywa yi-ID kanye nobukhulu.

• Ububanzi obujwayelekile be-OD: 4mm – 100mm (4mm–30mm yizona ezisetshenziswa kakhulu)
• Ama-OD angaphezu kuka-100mm ayenzeka, kodwa sivame ukuncoma ukuhlanganiswa okuhlukaniswe ngezigaba noma imiklamo ye-magnetization enama-pole amaningi
• Ukubekezelelana kwe-OD: Okujwayelekile ±0.05mm, izidingo zokunemba zingafinyelela ±0.03mm

Ububanzi Bangaphakathi (ID)

Ububanzi bangaphakathi buyisici esichazayo esihlukanisa omayintshi bendandatho kumayintshi e-disc. Usayizi we-ID uthinta ngqo indawo esebenzayo yobuso be-magnetic pole — uma i-ID inkulu, indawo ye-magnetic pole yangempela iba ncane, futhi amandla e-magnetic aphansi.

Ukwakheka kwe-ID kuvame ukuqhutshwa yizidingo zokuhlanganisa: ukugeleza kwe-shaft, indlela yokuxhuma izintambo, noma ukubopha kwesakhiwo. Yingakho i-ID ivame ukuba yisilinganiso "esinqunyiwe", lapho i-OD kanye nobukhulu kulungiswa kamuva ukuze kulungiswe amandla kazibuthe.

• Ububanzi be-ID ejwayelekile: 2mm – 50mm
• Isilinganiso se-ID/OD esinconyiwe: 0.3–0.7. Ukudlula leli banga kuholela ekunciphiseni okukhulu kwamandla kazibuthe
• Omaginethi bendandatho ababekwe eceleni banemiklamo ekhethekile ye-angular endaweni ye-ID edinga ukuqinisekiswa okuhlukile.

Ubukhulu

Ukujiya kunomthelela omkhulu kakhulu emandleni kazibuthe kunalokho ochwepheshe abaningi bokuthenga abakulindele. Ukwanda kokujiya kukhulisa ngqo ukugeleza kwamandla kazibuthe, kodwa kukhona iphuzu lokugcwala - ngale kobukhulu obuthile, amazinga okukhula kwamandla kazibuthe ayancipha ngenkathi izindleko nesisindo kuqhubeka nokwenyuka.

• Ububanzi obujwayelekile bokujiya: 1mm – 30mm
• Okuncane (1–3mm): Kufanelekela izinzwa kanye nezinsimbi zokunemba
• Okuphakathi (4–10mm): Ububanzi obusetshenziswa kakhulu, obumboza ama-motor, ukubamba, ukuhlukanisa, nezinye izinhlelo zokusebenza ezivamile
• Okujiyile (10mm+): Ama-motor amakhulu, imishini yokuhlukanisa ugesi, izinto zezimboni

I-Fullzen Technology ingakhiqiza omaginethi bendandatho enembile abanobukhulu obungama-±0.03mm, abafanele ukusetshenziswa kwezimoto nezinzwa ezinezidingo eziqinile zokususwa kwemishini.

Ishadi Eliphelele Losayizi Wendandatho KaNeodymium

Ngezansi kukhona usayizi wokumboza okubhekiselwe okunezinhlangothi ezintathu, amandla okudonsa, kanye nezinhlelo zokusebenza ezivamile — uhlobo lweshadi olunganikezwa yizindawo eziningi zabaphakeli.

Idatha elandelayo isekelwe kumabanga okuhlola angempela amamaki e-N35-N52. Amandla athile okudonsa ancike kumabanga, inhlanganisela yobukhulu, kanye nezimo zokuhlola. Sihlanganise leli thebula ukuze sikusize uhlole ngokushesha: ukuthi ubukhulu bosayizi wakho oqondiwe buwela kuphi, nokuthi ngabe kudingeka yini ukwenza ngokwezifiso.

Omaginethi Abancane Abayindandatho (OD 4mm - 20mm)

Amagama angukhiye aqondiwe: omantshi bendandatho encane ye-neodymium, umantshi wendandatho engu-6mm, umantshi wendandatho engu-8mm, umantshi wendandatho engu-10mm, umantshi wendandatho engu-12mm, umantshi wendandatho engu-15mm, umantshi wendandatho engu-20mm

• Omaginethi abancane abasebenzisa indandatho ngokuvamile badinga ukubekezelelana okuqinile (± 0.03–0.05mm) ngenxa yokususwa okuncane kwemishini.
• Lolu hlu losayizi lungenye yezigaba ze-Fullzen Technology ezinomthamo omkhulu, lapho umthamo wokukhiqiza wanyanga zonke udlula amayunithi angu-800,000
• Ukuze uthole izidingo ezingaphezu kwezidingo ezijwayelekile, bheka amakhono ethu omaginethi endandatho ye-neodymium ngokwezifiso

Omaginethi Abayindandatho Ephakathi (OD 20mm - 50mm)

Amagama angukhiye aqondiwe: indandatho yemagnethi ye-neodymium engu-50mm, imagnethi yendandatho engu-25mm, imagnethi yendandatho engu-30mm, imagnethi yendandatho engu-38mm, imagnethi yendandatho engu-40mm, imagnethi yendandatho engu-1 intshi

• Lolu hlu lobukhulu lugxile kakhulu ekusetshenzisweni kwezimboni, lapho amakhasimende ezimoto kanye namajeneretha ebalelwa ngaphezu kuka-60%
• I-25×12.7×3mm iyincazelo ye-ID engu-1-intshi evame ukusetshenziswa emakethe yaseNyakatho Melika — sinethuluzi lokusebenzisa amathuluzi esitokweni.
• Ukuze uthole omaginethi abakhulu abaphakathi abasebenza kahle kakhulu, bheka ukusebenza kwamandla okudonsa kweAmamagnethi endandatho ye-N42 neodymium

Ama-Magnets Amakhulu Endandatho (OD 50mm - 100mm+)

• Ukulawulwa kokufana kwemagnetization kwama-magnet amakhulu ayindandatho kuyinselele ebalulekile yobuchwepheshe — I-Fullzen Technology isebenzisa izinqubo zemagnetization zezigaba eziningi ukuqinisekisa ukuhambisana kwensimu yamagnetic
• Kuma-ring magnet angaphezu kuka-100mm OD, sivame ukuncoma ukulingisa isekethe yamagnetic ngaphambi kokuqedela ubukhulu
• Ukuze uthole imininingwane eningiliziwe kanye nezinqubo zokwenza ngokwezifiso zosayizi abakhulu, bheka ikhasi lomkhiqizo we-large neodymium ring magnets

Ama-magnet amakhulu endandathongokuvamile kudinga isikhathi sokuhola eside sezinsuku ezingu-5-7 zokusebenza kunezingxenye ezijwayelekile ngenxa yesidingo sokulungiswa kwamathuluzi akhethekile kanye nokulungiswa kwemishini yemagnetization. Kuma-oda e-batch, sincoma ukubeka ama-oda amasonto angu-4-6 kusengaphambili.

Indlela Usayizi Othinta Ngayo Amandla Okudonsa: Okubaluleke Ngempela

Usayizi kanye namandla okudonsa akulandelani nobudlelwano obulula obuqondile. Nakhu okushiwo izinombolo kuhlelo lwakho lokusebenza.

Ochwepheshe abaningi bokuthenga babuza ngokuqondile: "Mangaki amakhilogremu angabanjwa yimagnethi engu-20×10×5mm?" Ayikho impendulo eyodwa, ngoba amandla okudonsa ancike ekuhlanganisweni kwazo zonke izilinganiso ezintathu, ibanga lezinto ezibonakalayo, kanye nezimo zokuhlola.

Izici Eziyinhloko Ezinquma Amandla Okudonsa

• Indawo ye-magnetic pole = π/4 × (OD² − ID²): Lena indawo yokuqala yokubala eyisisekelo kakhulu. Uma i-OD inkulu futhi i-ID incane, kulapho indawo ephumelelayo iba nkulu khona.
• Ukujiya kanye nesiqondiso sokuzibutha: Ukujiya kuyindlela yokuzibutha. Ukwanda kokujiya kungandisa ukugeleza kwamagnetic, kodwa amazinga okukhula adlula ukujiya kokugcwala
• Izinga lezinto: Ngobukhulu obufanayo, i-N52 inikeza amandla okudonsa aphakeme cishe ngo-40-50% kune-N35
• Izimo zokuhlola: Ukuhlolwa kwamandla okudonsa okuvamile kwenziwa ebusweni bensimbi obuthambile obuyisicaba. Ezisetshenzisweni zangempela, igebe lomoya, ubulukhuni bomphezulu, kanye nokushisa konke kuthinta amandla okudonsa angempela.

Imibono Engalungile Evamile

Sihlangabezane nemibono eminingana evamile eyiphutha ebhizinisini lethu lansuku zonke:

• Inganekwane 1: I-OD enkulu isho amandla okudonsa aqinile → Uma i-ID ikhula ngokulinganayo, indawo ye-magnetic pole ingase inciphe, inciphise amandla okudonsa
• Inganekwane 2: Ubukhulu buhlala bungcono → Ngale kobukhulu bokugcwala, amandla kazibuthe ayanda kancane ngenkathi izindleko nesisindo kuqhubeka nokwenyuka
• Inganekwane 3: Usayizi wobunjiniyela obubuyela emuva kusukela kumandla okudonsa → Amandla okudonsa ayinani lokubhekisela kuphela; izimo zangempela zokusebenza (igebe lomoya/izinga lokushisa/ukudlidliza) zidinga ukuncishiswa
• Inganekwane 4: Omaginethi bendandatho kanye noomaginethi bediski abanobukhulu obufanayo banamandla okudonsa afanayo → Omaginethi bendandatho banomgodi ophakathi, okuholela endaweni encane ye-magnetic pole, ngakho-ke amandla okudonsa aphansi kunamaginethi ediski anobukhulu obufanayo.

Uma unamandla athile okudonsa okuqondiwe, ithimba lethu lobunjiniyela lingasebenza emuva kusukela ekuvinjelweni kwe-ID yakho kanye nezimo zohlelo lokusebenza ukuze kubalwe inhlanganisela ye-OD efanele kanye nobukhulu, linikeze izinketho ezi-2-3 ezisebenzayo.

Ukukhethwa Kosayizi Ngokwesicelo

Izimboni ezahlukene zinezidingo zosayizi ezihlukile. Nakhu esikubonayo kuma-oda angempela kwa-Fullzen Technology.

Ama-Motor nama-Generator

• Ububanzi obujwayelekile be-OD: 15mm - 80mm
• I-ID ivame ukunqunywa ububanzi bomgodi we-rotor/stator — inani eliqinile
• Ubukhulu bunqunywa umklamo wesekethe yamagnetic, ngokuvamile 5–15mm
• Ukukhetha ibanga: N42–N48 yamamotha e-BLDC, N45–N52 yamamotha e-servo
• Izidingo Eziyinhloko: Ukufana kwe-magnetization, ukuhambisana kwe-dynamic balance, ukumelana nokushisa
• Ukuze uthole amapharamitha aphelele e-ring magnet aqondene nenjini, bheka ama-ring magnets ama-motor nama-generator

Izinzwa kanye Nezinsimbi

• Ububanzi obujwayelekile be-OD: 4mm - 20mm
• Izidingo zokubekezelela: Okuqinile, ngokuvamile ± 0.03mm
• Ubukhulu: Ngokuvamile buncane, ikakhulukazi 1–5mm
• Ukukhetha ibanga: N35–N42 kwanele — ibanga eliphakeme kakhulu alidingeki
• Izidingo Eziyinhloko: Ukuvumelana kobukhulu, ukuzinza kweqembu ngalinye

Ukuhlukaniswa Kwamagnetic

• Ububanzi obujwayelekile be-OD: 30mm – 100mm+
• Ubukhulu: Ngokuvamile ubukhulu, 10–30mm
• Ukukhetha ibanga: N35–N42 (ukubaluleka kokusebenzisa kahle izindleko)
• Izidingo Eziyinhloko: Ukugqoka okumelana nokugqwala (ngenxa yokuxhumana koketshezi okungenzeka), ukulawulwa kwezindleko ngamanani aphezulu

Ukuxhumanisa Nokubamba KukaMagnetic

• Ububanzi obujwayelekile be-OD: 20mm - 60mm
• I-ID inqunywa yizidingo zokuphakelwa komgodi
• Ubukhulu: Okuphakathi, 5–15mm
• Ukukhetha ibanga: Ngokusekelwe ezidingweni ze-torque/i-pull force, i-N35–N52
• Izidingo Eziyinhloko: Ukuvumelana kwamandla kazibuthe phakathi kwamagnethi abhangqiwe

Osayizi Abangokwezifiso vs. Abajwayelekile: Isikhathi Sokuhamba Ngokwezifiso

Osayizi abajwayelekile bonga isikhathi nezindleko, kodwa ubukhulu obujwayelekile buvame ukudingeka ukuze kuklanywe ngendlela ethuthukisiwe.

Uma Osayizi Abajwayelekile Besebenza

• Inhlanganisela yakho ye-ID/OD/ukujiya isivele imbozwe kumathebula osayizi angenhla
• Azikho izidingo zamandla okudonsa ngokweqile — izinga elijwayelekile lanele
• Isikhathi sokulethwa sibalulekile — sidinga amasampula asheshayo (izingxenye ezijwayelekile: izinsuku ezi-3-5 zamasampula)
• Dlulisa amehlo kuhlu lwethu oluphelele lwezincazelo ezijwayelekile zama-magnets endandatho ye-neodymium

Uma Osayizi Abangokwezifiso Benengqondo

• Umklamo wakho unezidingo ezikhethekile zesilinganiso se-ID/OD izingxenye ezijwayelekile ezingenakukwazi ukuhlangabezana nazo kuma-targets amandla kazibuthe.
• Indawo yokuhlanganisa ilinganiselwe, idinga ubukhulu obungajwayelekile
• Ukusebenza ezimweni ezithile zokushisa/zemvelo kudinga ukulungiswa kokwakheka kwezinto
• Ivolumu inkulu ngokwanele (ngokuvamile izingcezu ezingu-500+) kangangokuthi izindleko zamathuluzi ezenziwe ngokwezifiso ngeyunithi ngayinye ziyamukeleka

I-Fullzen Technology isekela ukwenza ngokwezifiso usayizi ogcwele ngenani elincane le-oda lezingcezu eziyi-100. Inqubo yokwenza ngokwezifiso: ukuqinisekiswa kokudweba → ukulingisa isekethe yamagnetic → ukulingisa iphrothotayipi → ukuqinisekiswa kokusebenza kwe-pilot → ukukhiqizwa ngobuningi. Kusukela ekudwebeni kuya kusampula yokuqala ngokuvamile kuthatha izinsuku zokusebenza eziyi-7-10.

Izindinganiso Zokubekezelela Ama-Ring Magnets

Ukubekezelelana kuthinta ngqo ukulingana kwenhlangano kanye nokusebenza kwesekethe yamagnetic.

Ukulawula ukubekezelelana kwama-ring magnets kuyisihluthulelo sokuqinisekisa ukuhambisana kwe-batch. Izinhlelo zokusebenza ezahlukene zinezidingo zokubekezelelana ezihlukene kakhulu:

• Ukubekezelelana okujwayelekile: ± 0.05mm (kuhlanganisa izinhlelo zokusebenza eziningi zezimboni)
• Ukubekezelelana kokunemba: ± 0.03mm (izinzwa, ama-motor okunemba, amadivayisi ezokwelapha)
• Ukubekezelelana okuvamile: ± 0.1mm (ukuhlukaniswa kwamagnetic, ukubamba, kanye nezinye izinhlelo zokusebenza ezingezona ezinembile)

Ukubekezelela ukuthunyelwa okujwayelekile kwe-Fullzen Technology kungu-±0.05mm, kanti u-±0.03mm uyatholakala ukuze kusetshenziswe ngokunemba. Iqoqo ngalinye lihlolwa ngokuphelele ngaphambi kokuthunyelwa, kanye nemibiko yokuhlolwa enikeziwe.

Inqubo Yokukhetha Usayizi Wezinyathelo Ezi-5

Indlela ehlelekile yokunciphisa usayizi ofanele we-ring magnet wephrojekthi yakho.

Ngokusekelwe kokuhlangenwe nakho kwethu ekukhonzeni ochwepheshe bokuthenga kanye nonjiniyela, nansi indlela esheshayo yokukhetha usayizi ofanele:

Isinyathelo 1: Nquma umkhawulo we-ID

Okokuqala qinisekisa ububanzi bomgodi wakho wokuhlanganisa noma ububanzi bokuphakelayo — lokhu kuyisithiyo esinzima kunazo zonke, futhi i-ID ngokuvamile ayinayo indawo yokulungisa.

Isinyathelo 2: Thola amandla okudonsa noma i-torque okuqondiwe

Ngokusekelwe esimweni sakho sokufaka isicelo, cacisa ukuthi kufanele kudluliselwe amandla angakanani okubamba noma ukuthi kufanele kudluliselwe i-torque engakanani.

Isinyathelo 3: Khetha ibanga lezinto ezibonakalayo

Nquma ibanga (N35–N52) ngokusekelwe ezidingweni zokushisa nokusebenza. Izindawo zokushisa okuphezulu zidinga amazinga amelana nokushisa.

Isinyathelo 4: Bala inhlanganisela ye-OD kanye nobukhulu

Uma i-ID ilungisiwe, nquma i-OD kanye nenhlanganisela yobukhulu ehlangabezana nethagethi yamandla okudonsa ngokubala isekethe yamagnetic noma ukulingisa. Ithimba lobunjiniyela lomphakeli wakho lingasiza ngalesi sinyathelo.

Isinyathelo 5: Qinisekisa izidingo zokubekezelelana kanye nokumboza

Nquma izinga lokubekezelelana ngokusekelwe ekuqondeni kokuhlanganiswa. Khetha ukugqoka ngokusekelwe endaweni yokusebenza (i-Ni-Cu-Ni ijwayelekile; i-epoxy noma i-Parylene inconywa ezindaweni ezigqwalisayo).

Ithimba lobunjiniyela le-Fullzen Technology linganikeza izinketho zosayizi ezinconyiwe ezingu-2-3 ngamandla okudonsa alinganiselwe kanye nesilinganiso phakathi kwamahora angu-24 okuthola izidingo zakho zomkhawulo we-ID kanye namandla okudonsa.

Indlela Yoku-oda: Kusukela Ekucacisweni Kuya Ekulethweni

Inqubo ephelele yoku-oda ama-ring magnets kwa-Fullzen Technology.

Uma ubukhulu sebunqunyiwe, inqubo yoku-oda ilula:

1. Thumela izidingo zokucaciswa (OD × ID × T, ibanga, ukumboza, ubuningi, ukubekezelelana)

2. Siphendula ngesilinganiso + isikhathi sokuhola zingakapheli amahora angama-24

3. Ngemva kokuqinisekiswa kwe-oda, izingxenye ezijwayelekile zithunyelwa ezinsukwini zokusebenza ezingu-3-5; izingxenye ezenziwe ngokwezifiso ezinsukwini zokusebenza ezingu-7-15

4. Amasampula wamahhala atholakala kuma-oda okuqala (izincazelo ezijwayelekile); amasampula enziwe ngokwezifiso adinga imali yokusebenzisa amathuluzi

5. Imibiko yokuhlola egcwele kanye nezitifiketi zezinto ezibonakalayo ezinikezwa ama-oda ebhetshi

Ifektri yeFullzen Technology itholakala eHuizhou, eGuangdong, enomthamo wokukhiqiza wanyanga zonke odlula omaginethi abayizigidi ezi-5 kuwo wonke amasayizi. Sisekela ama-oda amancane (kusukela ezingcezu eziyi-100) kanye nomthamo omkhulu. Sithumela kwamanye amazwe unyaka wonke ezimakethe zaseYurophu, eMelika, naseNingizimu-mpumalanga ye-Asia futhi sijwayelene nezidingo ezahlukene zesitifiketi.

Uma usesigabeni sokukhetha futhi ungaqiniseki ngobukhulu obuthile — vele usitshele isimo sakho sohlelo lokusebenza kanye namandla okudonsa okuqondiwe, futhi ithimba lethu lobunjiniyela lizoncoma ngqo izixazululo, okuzokongela isikhathi sokuzama nokwenza iphutha.

Imibuzo Evame Ukubuzwa

Q: Yimuphi usayizi we-magnet wendandatho ye-neodymium ovame kakhulu?

A: Osayizi abavame kakhulu bawela kububanzi be-OD 10mm–30mm kanye nobukhulu obungu-3mm–10mm. Ngezinhlelo zokusebenza zemoto, u-20×10×5mm kanye no-25×12.7×5mm baphakathi kwezinhlobo zevolumu ephezulu kakhulu esizikhiqizayo nyanga zonke. Kwa-Fullzen Technology, lawa masayizi aqukethe ngaphezu kuka-40% wokuthunyelwa kwethu kwe-ring magnet. Ngezinhlelo zokusebenza zezinsimbi kanye nezenzwa, osayizi abancane njengo-8×4×2mm kanye no-10×5×3mm bavame kakhulu. Usayizi omuhle kakhulu uncike ekuvinjelweni kwakho kwe-ID kanye nesidingo samandla okudonsa.

U: Ngingakwazi yini uku-oda usayizi wangokwezifiso ongekho ebangeni lakho elijwayelekile?

A: Yebo. I-Fullzen Technology isekela ukwenza ngokwezifiso okugcwele kwe-OD, i-ID, kanye nobukhulu. I-oda elincane lamasayizi enziwe ngokwezifiso yizicucu eziyi-100. Isikhathi sokuhola samasampula enziwe ngokwezifiso ngokuvamile siyizinsuku zokusebenza eziyi-7-10. Sihlinzeka ngokulingisa isekethe yamagnetic ngaphambi kokukhiqiza ukuqinisekisa ukusebenza. Osayizi abanziwe ngokwezifiso bavame lapho ubukhulu obujwayelekile bungahlangabezani nezinhloso ezithile zamandla okudonsa noma lapho imikhawulo yesikhala sokuhlangana idinga izilinganiso ezingezona ezijwayelekile. Sikhiqize omakethi bendandatho abane-OD efinyelela ku-150mm kanye nobukhulu obufika ku-50mm bezicelo ezikhethekile zezimboni.

Q: Yikuphi ukubekezelelana ongakubamba kuma-ring magnets?

A: Ukubekezelelana okujwayelekile kungu-±0.05mm kuzo zonke izilinganiso (i-OD, i-ID, ubukhulu). Ngezinhlelo zokusebenza ezinembile njengezinzwa, izinsimbi, kanye namadivayisi ezokwelapha, singafinyelela ukubekezelelana okungu-±0.03mm. Lokhu kudinga izinyathelo ezengeziwe zokugaya nokuhlola. Ukuthunyelwa ngakunye kufaka umbiko wokuhlola ophelele onezilinganiso zangempela. Kuma-oda aphezulu (izingcezu ezingaphezu kuka-10,000), singanikeza idatha yokulawula inqubo yezibalo ekhombisa ukuvumelana kobukhulu kulo lonke ibhetshi.

U: Ububanzi bangaphakathi buthinta kanjani amandla okudonsa?

A: I-ID enkulu inciphisa indawo ye-magnetic pole esebenzayo, ebalwa njenge-π/4 × (OD² − ID²). Lokhu kunciphisa ngqo amandla okudonsa. Isibonelo, i-ring magnet engu-20×10×5mm inamandla okudonsa angaphansi ngo-30% kune-ring magnet engu-20×5×5mm yebanga elifanayo. Ukuze uthole amandla aphezulu ane-OD enikeziwe, gcina i-ID incane ngangokunokwenzeka njengoba inhlangano yakho ivumela. Uma i-ID yakho iqiniswe ububanzi bomgodi noma eminye imikhawulo, ungabuyisela ngokwandisa i-OD noma ukujiya, noma ngokukhetha ibanga eliphakeme njenge-N45 noma i-N52 esikhundleni se-N35.

Q: Yimuphi umazibuthe wendandatho omkhulu kunayo yonke ongawukhiqiza?

A: Sivame ukukhiqiza omaginethi endandatho afinyelela ku-100mm OD × 50mm ID × 30mm ubukhulu. Ngosayizi ongaphezu kuka-100mm OD, sincoma ukuhlanganiswa kwezingxenye eziningi noma imiklamo yomaginethi enezinsika eziningi. Omaginethi endandatho amakhulu anezinsika eyodwa ngaphezu kuka-100mm abhekene nezinselele zomaginethi ofanayo kanye nengozi ephezulu yokuphuka ngesikhathi sokuphatha. Xhumana nethimba lethu lobunjiniyela elinobukhulu bakho ukuze uthole ukuhlolwa kokwenzeka. Sizokweluleka ukuthi ngabe umklamo wengxenye eyodwa uyasebenza noma ukuthi indlela ehlukanisiwe ingaba ethembekile futhi engabizi kakhulu.

U: Kufanele ngikhethe nini i-N52 kune-N42 noma i-N35 kumagnethi wami wendandatho?

A: Khetha i-N52 uma umklamo wakho unemikhawulo eqinile yesikhala kodwa udinga amandla amakhulu kazibuthe, noma lapho amazinga aphansi engakwazi ukuhlangabezana nezinhloso zakho zamandla okudonsa noma amandla kazibuthe. I-N52 inikeza umkhiqizo wamandla ophakeme cishe ngo-24% kune-N42, okuvumela ukunciphisa usayizi ngo-30% noma ngaphezulu. Kodwa-ke, iza ngezindleko eziphakeme, ngakho-ke siyincoma ikakhulukazi ezinhlelweni zokusebenza ze-premium, ezisebenza kahle kakhulu, noma eziqhutshwa yi-miniaturization. Bona yethu epheleleAmamagnethi endandatho ye-N52 neodymiumimininingwane eyengeziwe.