Magnet-yada giraanta Neodymium waxay u adeegaan 10 codsi oo warshadeed oo waaweyn oo leh tilmaamo kala duwan:

(1) isku xidhka birlabta — N42/N45, Ni-Cu-Ni, radial-ka cidhifyada badan; (2) encoders — NdFeB oo isku xidhan, radial-ka cidhifyada badan, 32+ tiirar; (3) matoorada BLDC — N42SH/45SH, radial-ka cidhifyada badan; (4) dareemayaasha — N35/N42, dhidibka axial ama cidhifyo badan; (5) kala-soocayaasha birlabta — N42/N45, Ni-Cu-Ni, axial; (6) boodhadh birlabta ah — N42SH, dulqaad sax ah; (7) aaladaha caafimaadka — Parylene-dahaaran, N35-N42; (8) robot-yada warshadaha — N42, khafiif ah; (9) tamarta dabaysha — N42UH/EH, epoxy; (10) bambooyin faakiyuum ah — N42, Ni-Cu-Ni, radial. Codsi kastaa wuxuu u baahan yahay darajo kala duwan, dahaadh, jihada birlabta, iyo saxnaanta cabbirka.

Injineerada ahaanFullzen, waxaan maalin kasta ka qabannaa dalabaadka giraanta-magnet-ka in ka badan darsin warshado ah, laga bilaabo matoorada ilaa aaladaha caafimaadka. Maqaalkani wuxuu ka soo qaadanayaa khibradeena warshadeed ee gacanta ku haysa si aan u bixinno hage tixraac oo dhammaystiran oo ku saabsan codsiga. Halkii aan si fudud u liis garayn lahayn meesha birlabta giraanta loo isticmaalo, waxaan ku tusinaynaa heerka saxda ah, dahaarka iyo jihada birlabta ee ay tahay inaad u doorato kiis kasta oo isticmaal ah.

― Talooyin faahfaahsan oo dhammaystiran oo loogu talagalay dhammaan 10ka dalab ee warshadaha adduunka dhabta ah

― 3 codsi oo qiimo sare leh oo si dhif ah ay u daboolaan tartamayaasha: kala soocidda birlabta, biinanka birlabta iyo robotyada warshadaha

- Isbarbardhigga waxqabadka ee injineerinka uu hoggaamiyo: birlabta giraanta iyo birlabta saxanka

― Shaxda tixraaca degdega ah ee hal bog ah oo daboolaysa 10 codsi × 5 xuduudo muhiim ah

Sababta Joomatarigu uga fiican yahay Birlabta Disk-ga ee Codsiyada Warshadaha

Joomatari giraantu maaha oo keliya doorbid qaab - waxay bixisaa faa'iidooyin la qiyaasi karo oo ku saabsan isticmaalka qulqulka birlabta, dabacsanaanta naqshadeynta, iyo hufnaanta miisaanka oo birlabta disc-gu aysan la jaan qaadi karin.

Isticmaalka Dareeraha Birlabta ah: Giraanta iyo Saxanka

Birlabyada qaabaysan giraanta waxay bixiyaan isticmaalka qulqulka birlabta oo ka sarreeya 15-22% marka loo eego birlabta saxanka, iyadoo ay taageerayaan xogta cabbirka tijaabada ee dhabta ah:

― Joomatarigu wuxuu xoogga saaraa qulqulka birlabta ee ku jira aagga wareegsan ee u dhexeeya dhexroorka dibadda iyo gudaha, taasoo keenta goob birlab ah oo aad u diiradda badan iyo daadashada qulqulka oo hooseysa.

- Birlabta saxanka, qulqulka birlabta ayaa ku fida aagga dhexe, taasoo keenta khasaarooyin saameyn geeseed oo aad u muuqda.

Codsiyada saxda ah sida matoorada iyo dareemayaasha, farqigan 15-22% ee qulqulka birlabta ayaa si toos ah u tarjumaya farqiga waxqabadka la cabbiri karo ee alaabada ugu dambeysa.

Godka Dhexe ee Dhex mara: Dabacsanaanta Naqshadeynta

Godka dhexe ee dhex mara wuxuu matalaa faa'iidada ugu weyn ee qaab-dhismeedka birlabta giraanta:

― Ultidu waxay si toos ah uga gudubtaa godka, taasoo suurtogalinaysa in si toos ah loogu rakibo rotor-yada matoorka, qalabka cod-bixiyaha iyo dareemayaasha.

− Waxay taageertaa isu-imaatinka co-axial ee qaybo badan si loogu daro isku-dhafka qaybaha tiirarka, ulaha iyo biinanka.

Birlabta saxanka ma gaari karaan qaab-dhismeedkan. Shaqada la barbar dhigi karo waxaa lagu gaari karaa oo keliya qalabka rakibaadda dibadda.

Saamiga Miisaanka-ilaa-Waxqabadka

Miisaanku waa tixgelin muhiim ah oo loogu talagalay codsiyada wareegsan:

― Iyada oo leh dhexroor isku mid ah oo dibadda ah, birlabyada giraantu waxay ka fudud yihiin birlabyada saxanka 30―40%, maadaama qaybta dhexe ee walxaha laga saaray.

Miisaan hooseeya macnaheedu waa hoos u dhaca cadaadiska centrifugal-ka marka la wareegayo xawaaraha sare, taasoo u oggolaanaysa xawaaraha ugu badan ee wareegga.

― Faa'iidadan miisaanka badbaadinta ah waxay si toos ah u tarjumeysaa waxqabad wanaagsan oo ku jira matoorada BLDC iyo turbochargers.

Codsiga 1: Isku-xidhka Birlabta — Gudbinta Wareegga oo aan Taabasho lahayn

Isku xidhka birlabta waxay isticmaalaan isku xidhka birlabta giraanta ee iska soo horjeeda si ay u gudbiyaan awoodda iyada oo loo marayo caqabad jireed - baabi'inta shaabadda farsamada, yaraynta dayactirka, iyo awoodsiinta shaabadda nadiifka ah ama hermetic.

Isku-xidhka birlabta waa mid ka mid ah xaaladaha ugu isticmaalka badan ee birlabta giraanta. Laba nooc oo birlabta giraanta ah ayaa gudbiya xoogga korantada ee derbiga kala-sooca si loo gaaro gudbinta korontada oo aan taabasho lahayn.

― Mabda'a shaqada: Birlabyada dhinaca wadista waxay si birlab ah isugu xidhaan birlabyada dhinaca wadista iyada oo loo marayo darbiga kala-soocidda (badanaa bir aan miridh lahayn ama balaastik ah).

Faa'iidooyinka ugu muhiimsan: Shaabado farsamo oo aan lahayn ma keenaan wax duug ah iyo daadasho la'aan, taasoo ka dhigaysa kuwo ku habboon jawi nadiif ah, faakiyuum ah iyo mid daxal leh.

− Codsiyada caadiga ah: bambooyinka habka kiimikada, qalabka caafimaadka (mashiinnada dialysis), qalabka wax soo saarka semiconductor-ka.

Tilmaamaha Xulashada ee Codsiyada Isku-xidhka Birlabta

Darajada Talada: N42 / N45 — Awood birlab oo ku filan ayaa loo baahan yahay si loo gudbiyo wareegga

● Dahaarka lagu taliyay: Ni‑Cu‑Ni oo loogu talagalay deegaannada caadiga ah, ama dahaarka epoxy ee deegaannada daxalka leh

● Magnetization-ka lagu taliyay: Magnetization-ka radial-ka ee cidhifyada badan; tirada tiirarka waxay ku xiran tahay shuruudaha xoogga

● Cabbirrada Caadiga ah: OD 20−80 mm, dhumucdiisuna waa 3−10 mm

● Qodobbada Muhiimka ah: Awoodda gudbinta wareegga, cabbirka farqiga hawada (qalooca derbiga kala-sooca)

Fiiro gaar ah oo ku saabsan Xulashada: Farqiga hawada ee isku xidhka birlabta (dhumucda derbiga kala-sooca) waa qodobka muhiimka ah ee waxtarka gudbinta wareegga. Xuddunta ayaa hoos u dhacda qiyaastii 15-20% koror kasta oo 0.5 mm ah oo ku yimaada farqiga hawada. Yaree farqiga hawada inta lagu jiro naqshadeynta.

Codsiga 2: Encoders-ka Birlabta ah — Dareemidda Goobta Saxda ah

Qalajiyeyaasha birlabta waxay ku tiirsan yihiin birlabyo giraangireed oo badan oo si sax ah loo qaabeeyey si ay booska wareegga ugu beddelaan calaamado dijitaal ah - oo u baahan NdFeB isku xiran tirooyinka tiirarka ka sarreeya 32.

Qalabka magnetic-ga ayaa matalaya isticmaalka ugu saxsan ee birlabta giraanta. Marka giraanta magnetic-ga ee cidhifyada badan ay wareegto, dareemayaasha Hall-ku waxay ogaadaan kala duwanaanshaha goobta magnetic-ga si ay si sax ah u cabbiraan xagasha, booska iyo xawaaraha.

● Mabda'a Shaqada: Giraanta birlabta ee tiirar badan leh ayaa wareegaysa → isbeddellada goobta birlabta ee beddelanaysa → wax soo saarka calaamadaha dhijitaalka ah ee ka imanaya dareemayaasha Hall

● Faa'iidooyinka Muhiimka ah: Waxay u adkaysataa boodhka, wasakhowga saliidda iyo gariirka; si fiican ugu habboon deegaannada warshadaha ee adag marka la barbar dhigo qalabka wax lagu dhejiyo ee indhaha.

● Codsiyada Caadiga ah: Kala-goysyada robot-ka warshadaha, qalabka mashiinka CNC, khadadka wax soo saarka ee otomaatiga ah

Tilmaamaha Xulashada ee Codsiyada Encoder-ka Magnetic-ga

Habka lagu taliyay: NdFeB oo xiran - oo awood u leh inuu si toos ah u sameeyo qaab-dhismeedyo badan oo aan lahayn qalab birlabeyn ah

● Darajada lagu taliyay: NdFeB oo ku xiran Isotropic

● Magnetization-ka lagu taliyay: Magnetization-ka radial-ka ee tiirar badan leh, tirooyinka tiirarka waa 32 / 64 / 128. Tirada tiirarka oo sareysa waxay bixisaa xallin sare.

● Cabbirrada Caadiga ah: OD 10−50 mm

● Halbeegyada Muhiimka ah: Saxnaanta tiirka ± 0.02 mm, isku mid ahaanshaha goobta birlabta

Fullzen, faraantiyada magnetic-ka ee encoder-ka waa mid ka mid ah waxyaabaha ugu muhiimsan ee ka soo baxa khadka wax soo saarka ee isku xiran. Saxnaanta tiirarka ayaa si toos ah u go'aamisa xallinta encoder-ka. Waxaan sameynaa kormeer muunad ah oo ku saabsan leexashada tiirarka ee dufcad kasta oo wax soo saar ah.

Codsiga 3aad: Matoorada BLDC — Laga bilaabo Diyaaradaha aan duuliyaha lahayn ee Macaamiisha ilaa Taraafikada EV

Matoorada BLDC waa codsiga ugu weyn ee birlabta giraanta neodymium - laga bilaabo matoorada diyaaradaha aan duuliyaha lahayn ee yar yar ilaa darawallada servo ee warshadaha, mid walbana wuxuu u baahan yahay darajooyin kala duwan, dahaadh, iyo qaabab birlabeyn.

Matoorada BLDC waa codsiga ugu weyn ee hal mar la isticmaalo ee birlabta giraanta. Shuruudaha birlabta aad bay ugu kala duwan yihiin xaaladaha kala duwan, laga bilaabo qalabka elektaroonigga macaamiisha ilaa darawallada warshadaha.

● Matoorada yaryar (drones / qalabka korontada): N42 / N45, iska caabbinta heerkulka caadiga ah

● Matoorada warshadaha (servo / stepper): N42SH / N45SH, iska caabbinta heerkulka 150 °C

● Matoorada jiidista EV: N42UH / EH, iska caabbinta heerkulka 180−200 °C, IATF 16949 oo shahaado haysta

Tilmaamaha Xulashada ee Codsiyada Matoorada BLDC

● Heerka lagu taliyay: N42SH (150 °C) ama N45SH — u oggolow heer-kul 20 °C heer badbaado leh

● Dahaarka lagu taliyay: Ni‑Cu‑Ni (caadiga ah) ama dahaarka epoxy ee loogu talagalay deegaannada qoyan

● Magnetization-ka lagu taliyay: Magnetization-ka radial-ka ee cidhifyada badan; tirada tiirarku waxay qeexdaa xawaaraha matoorka iyo astaamaha xoogga

● Cabbirrada Caadiga ah: OD 15−120 mm; Matoorada EV waxay gaari karaan 200 mm iyo wixii ka sareeya

● Qodobbada Muhiimka ah: Qodobka BL, tirada tiirarka, heerkulka hawlgalka

● Si aad u hesho hagaha xulashada buuxda ee codsiyada mootooyinka, fiiriTilmaame dhammaystiran oo ku saabsan birlabta giraanta ee loogu talagalay codsiyada matoorka.

Codsiga 4: Dareemayaasha Warshadaha - U dhawaanshaha, Xawaaraha, iyo Booska

Dareemayaasha warshadaha waxay u isticmaalaan birlabta giraanta sida isha birlabta ee ku jirta saameynta Hall iyo isku-dhafka badhanka cawska - waxay u baahan yihiin xoog sax ah oo goobta ah iyo wax soo saar deggan marka loo eego heerkulka.

Dareemayaasha warshadaha ayaa sameeya suuqa "qarsoon" ee mugga weyn ee birlabta giraanta. Birlab yar ayaa laga dhex dhisay beddelka u dhowaanshaha, dareemaha xawaaraha iyo dareemaha booska.

● Dareemayaasha u dhowaanshaha: Soo ogow habka walxaha birta ah - birlabku wuxuu u adeegaa sidii isha goobta birlabta

● Dareemayaasha xawaaraha: Goobta birlabta ayaa isbeddela marka geerka / giraangiraha codeeyaha ay dhaafaan → Dareemayaasha hoolka ayaa soo saara garaaca wax soo saarka

● Dareemayaasha booska: Barakaca toosan → Kala duwanaanshaha goobta birlabta → wax soo saarka calaamadda booska

Tilmaamaha Xulashada ee Codsiyada Dareemayaasha

● Heerka lagu taliyay: N35 / N42 — Dareemayaashu uma baahna waxqabad birlab oo xad dhaaf ah; xasilloonidu waxay qaadataa mudnaan sare

● Dahaarka lagu taliyay: Dahaarka Ni‑Cu‑Ni ama zinc ee loogu talagalay codsiyada xasaasiga ah ee kharashka.

● Magnetization-ka lagu taliyay: Magnetization-ka Axial (dareemayaal fudud) ama magnetization-ka radial-ka ee cidhifyada badan (dareemayaal nooca encoder-ka ah)

● Cabbirrada Caadiga ah: OD 8−30 mm — birlabyo cabbir yar ayaa guud ahaan loo isticmaalaa dareemayaasha

● Halbeegyada Muhiimka ah: Isku-mid ahaanshaha goobta birlabta, xasilloonida heerkulka (−40 °C ilaa +125 °C baaxadda hawlgalka)

Codsiga 5: Kala-soocayaasha Birta — Ka saarista Wasakhda Birta

Kala-soocayaasha birlabta waxay isticmaalaan taxane birlab ah oo ku yaal durbaannada wareegaya ama suunka gudbiyaha si ay uga saaraan wasakhda birta ah durdurrada badeecadaha - iyagoo ilaalinaya qalabka hoos yimaada iyo hubinta daahirnimada badeecadaha.

Kala soocidda birlabta waa codsi aan aad loo aqoon oo loogu talagalay birlabta giraanta, haddana waxay daboolaysaa warshado badan oo ay ku jiraan habaynta cuntada, injineernimada kiimikada, macdan qodista iyo dib-u-warshadaynta

● Mabda'a Shaqada: Alaabtu waxay dhex martaa durbaannada/suumanka gudbiyaha ee birlabta ku rakiban → wasakhda ferromagnetic-ka ayaa la qabtaa → walax nadiif ah ayaa sii socota oo hoos u socota

● Shuruudaha Muhiimka ah: Goob birlabeed oo xooggan (si loo qabto walxaha birta ah ee khafiifka ah) iyo dahaar u adkaysta xirashada (si looga hortago xoqidda ka timaadda socodka walxaha)

● Codsiyada Caadiga ah: Khadadka wax soo saarka cuntada (ka saarista qashinka birta), dib u warshadaynta balaastikada (kala soocida wasakhda birta), warshadaha kiimikada (soo kabashada katalisyada)

Tilmaamaha Xulashada ee Codsiyada Kala-soocidda Birlabta

Heerka lagu taliyay: N42 / N45 — Goob birlabeed oo xooggan ayaa loo baahan yahay si loo qabto walxaha ferromagnetic-ga ee khafiifka ah

● Dahaarka lagu taliyay: Ni‑Cu‑Ni (iska caabbinta xirashada oo sareysa marka la barbar dhigo epoxy) ama dahaar gaar ah oo u adkaysta xirashada

● Magnetization-ka lagu taliyay: Magnetization-ka Axial — oo loo habeeyey safyo si loo daboolo dusha kala-soocidda oo dhan

● Cabbirrada Caadiga ah: OD 30−150 mm — oo lagu xushay dhexroorka durbaanka kala-sooca

● Halbeegyada Muhiimka ah: Xoogga goobta birlabta dusha sare (Qiimaha Gauss), iska caabbinta xirashada, iska caabbinta daxalka

Birlabku wuxuu la kulmaa cillado badan marka la isticmaalayo kala-soocidda birlabta sababtoo ah si joogto ah u xoqidda qulqulka walxaha. Marka aan macaamiisha u keenayno warshadaha cuntada, waxaan caadi ahaan kugula talineynaa dahaarka Ni‑Cu‑Ni oo ay weheliso xal beddel xilliyeed ah.

Codsiga 6: Bearings Magnetic — Wareeg aan lahayn is-qabqabsi

Biirta birlabta waxay isticmaalaan birlabyada giraanta ee si sax ah loo dhigay si ay u abuuraan taageero rotor oo deggan oo aan lahayn is jiidjiid - taasoo meesha ka saaraysa xirashada farsamada ee qalabka wax soo saarka turbomachines-ka xawaaraha sare leh iyo semiconductor-ka.

Biirta birlabta waxay u taagan tahay codsi heer sare ah oo loogu talagalay birlabta giraanta. Xoogga birlabta wuxuu beddelaa biirta farsamada si loo gaaro wareeg aan lahayn is-qabqabsi. Baahida mugga ee goobtan waa mid yar, laakiin shuruudaha saxda ah aad bay u adag yihiin.

● Mabda'a Shaqada: Goobta birlabta ee ay soo saarto birlabta giraanta ayaa kicisa rotor-ka → hawlgalka aan xiriirka lahayn → waxqabad la'aan is-khilaafsanaan → eber xirasho

● Shuruudaha Aasaasiga ah: Saxnaan aad u sarreysa (midnimo goobeed oo birlab ah) iyo xasillooni heerkul oo aad u fiican

● Codsiyada Caadiga ah: Turbochargers, kaydinta tamarta flywheel, qalabka wax soo saarka semiconductor (deegaanka vacuum)

Tilmaamaha Xulashada ee Codsiyada Biirka Birlabta

Heerka lagu taliyay: N42SH — Xasillooni heerkul sare leh iyo xoog birlab oo xooggan ayaa loo baahan yahay

● Dahaarka lagu taliyay: Ni‑Cu‑Ni — ilaalinta caadiga ah iyada oo aan wax u dhimayn isku-dhafka goobta birlabta

● Magnetization-ka lagu taliyay: Magnetization-ka radial-ka ee axial ama multi-pole, iyadoo ku xiran nooca raysashada (nooca magnet-ka joogtada ah / nooca isku-dhafka ah)

● Cabbirrada Caadiga ah: OD 20−60 mm, dulqaad ±0.02 mm

● Halbeegyada Muhiimka ah: Isku-mid ahaanshaha goobta birlabta (<1% leexashada), xasilloonida heerkulka, dulqaadka cabbirka adag

Codsiga 7: Qalabka Caafimaadka — Laga bilaabo Qalabka Qalliinka ilaa Qalabka MRI

Aaladaha caafimaadku waxay u baahan yihiin birlab giraan ah oo buuxiya heerarka adag ee iswaafajinta noolaha, nadaafadda, iyo iska caabbinta daxalka - laga bilaabo qalabka korontada qalliinka ilaa agabka MRI iyo nidaamyada keenista daawada.

Codsiyada qalabka caafimaadku waxay ku soo rogaan shuruudo aad u kala duwan birlabta marka loo eego warshadaha kale, halkaas oo bayoolaji ahaan iyo nadiifintu ay yihiin mudnaanta koowaad.

● Qalabka korontada qalliinka: Qaybaha qodista gaariga / daabyada miinshaarka - birlabyo leh wax soo saar xoog leh ayaa loo baahan yahay

● Qalabka la xiriira MRI: Waxay u baahan yihiin dahaadh aan bir-magnetik ahayn (Dahab / Parylene)

● Nidaamyada keenista daawada: Birlabta si sax ah loo xakameeyey - joogteyn sare ayaa qasab ah

Tilmaamaha Xulashada ee Codsiyada Qalabka Caafimaadka

Heerka lagu taliyay: N35 / N42 — Qalabka caafimaadku guud ahaan uma baahna waxqabad birlab ah oo xad dhaaf ah

● Dahaarka lagu taliyay: Parylene (ku habboonaanta noolaha ugu fiican) ama dahaarka dahabka ah (deegaanka MRI)

● Magnetization-ka lagu taliyay: Magnetization-ka Axial - inta badan birlabta heerka caafimaadka waxay leeyihiin qaab-dhismeedyo fudud

● Cabbirrada Caadiga ah: OD 5−40 mm — meel xaddidan oo ku jirta qalabka caafimaadka

● Halbeegyada Muhiimka ah: Bayoolojiga (ISO 10993), nadaafadda, isku-midnimada dahaarka

Fullzen, tirada dalabaadka macaamiisha caafimaadku badanaa waa kuwo dhexdhexaad ah (boqolaal ilaa dhowr kun oo xabbo), haddana heerar aad u sarreeya ayaa lagu dabaqaa tayada iyo isku dheelitirka dufcad ilaa dufcad. Waxaan sameynaa kormeer cabbir 100% ah iyo kala soocid birlab ah birlab kasta.

Codsiga 8: Robot-yada Warshadaha — Dhaqdhaqaaqayaasha Dhammaadka-Saamaynta

Robot-yada warshadaha waxay isticmaalaan birlabta giraanta ee hawl-wadeennada ugu dambeeya, qalabka isku-xidhka, iyo farsamooyinka qabashada - halkaas oo arrimaha qaabka fudud, kuwa is haysta iyo xakamaynta goobta birlabta saxda ah ay hagaajiyaan awoodda culayska.

Tilmaamaha Xulashada ee Codsiyada Robot-ka Warshadaha

Darajada lagu taliyay: N42 — waxay dheellitirtaa waxqabadka iyo miisaanka

● Dahaarka lagu taliyay: Ni‑Cu‑Ni — ilaalin caadi ah iyada oo aan lahayn wax saameyn ah oo saxnaanta ah

● Magnetization-ka lagu taliyay: Magnetization-ka Axial (dhammaadka saamaynta) ama magnetization-ka radial-ka ee tiirarka badan leh (encoders)

● Cabbirrada Caadiga ah: OD 10−40 mm — naqshad fudud

● Halbeegyada Muhiimka ah: Miisaanka (hoos ayaa loo doorbidayaa), saxnaanta (< ± 0.02 mm giraangiraha codeeyaha), xawaaraha jawaabta

Codsiga 9: Tamarta Dabaysha — Matoorada Matoorka ee Deegaannada Adag

Matoorada dabaysha waxay isticmaalaan birlabyo waaweyn oo neodymium ah oo ku jira matoorada magnet synchronous ee joogtada ah (PMSG) - kuwaas oo u baahan xasillooni heerkul sare iyo iska caabin daxaleed oo ka jirta deegaannada badda.

Soo saarista tamarta dabaysha waa codsi ballaaran oo loogu talagalay birlabta giraanta. Matoorada isku-xidhka magnet-ka joogtada ah ee tooska ah (PMSG) waxay isticmaalaan tiro badan oo birlab giraan ah oo aad u weyn.

● Mabda'a Shaqada: Dabayshu waxay wadataa daabyada → rotor-ku wuu wareegaa → magnets joogto ah (magnets giraangiraha) waxay soo saaraan goob birlab ah → gariiradaha stator-ka waxay kiciyaan koronto si loo dhaliyo koronto

● Shuruudaha Muhiimka ah: Iska caabbinta heerkulka sare (heerkulka matoorka gudaha oo sarreeya) iyo iska caabbinta daxalka (xaaladaha ceeryaamo milix-ceeryaan ah ee tamarta dabaysha ee xeebaha)

● Codsiyada Caadiga ah: Cutubyada matoorada dabaysha ee xeebta iyo badda; isticmaalka birlabka hal cutub wuxuu gaari karaa boqolaal kiilogaraam

Tilmaamaha Xulashada ee Codsiyada Tamarta Dabaysha

Heerka lagu taliyay: N42UH ama N40EH — waa inay u adkaystaan heerkulka sare ee 180−200 °C

● Dahaarka lagu taliyay: Dahaarka Epoxy - doorashada ugu fiican ee jawiga ceeryaamo milix leh ee tamarta dabaysha ee xeebaha

● Magnetization-ka lagu taliyay: Magnetization-ka radial-ka ee tiirar badan leh; tirada tiirarku waxay ku xiran tahay naqshadda matoorka

● Cabbirrada Caadiga ah: OD 100−300 mm iyo wixii ka sareeya — birlabyo cabbir weyn leh oo loogu talagalay matoorada culus

● Halbeegyada Muhiimka ah: Iska caabbinta heerkulka (>180 °C), iska caabbinta daxalka, xasilloonida muddada dheer (nolosha adeegga 20 sano)

Codsiga 10: Bamka Faakuumka iyo Kombaresarada — Shaabad lagu kalsoonaan karo oo sare

Bamka faakuumka iyo kombaresarada waxay isticmaalaan birlabta giraanta ee nidaamyada wadista birlabta iyo farsamooyinka shaabadaynta - halkaas oo shaabadaynta hermetic, hawlgalka aan saliidda lahayn, iyo cimriga dheer ee adeegga ay muhiim yihiin.

Birlabta giraanta waxaa loo isticmaalaa in lagu shido birlabta iyo in lagu xidho bambooyinka faakuumka iyo kombaresarada. In kasta oo aanay ahayn codsi caadi ah, haddana waxay u baahan tahay isku hallayn aad u sarreysa.

● Shaabad birlab ah: Birlabtu waxay gudbisaa wareegga wareegga gidaarada faakuumka → daadasho eber ah → heerka faakuumka waa la ilaaliyaa

● Kombaresarada aan saliid lahayn: Biinanka birlabta ayaa beddelaya saliidaynta → ma jiro wasakhayn saliideed — waxaa looga baahan yahay warshadaha semiconductor-ka iyo dawooyinka

● Codsiyada Caadiga ah: Qalabka wax soo saarka Semiconductor (qolalka faakuumka), qalabka dawooyinka (deegaanno nadiif ah)

Tilmaamaha Xulashada ee Codsiyada Bamka Faakuumka

● Darajada lagu taliyay: N42 — waxay dheellitirtaa waxqabadka iyo kharashka

● Dahaarka lagu taliyay: Ni‑Cu‑Ni — ilaalin caadi ah oo leh iska caabin wanaagsan oo xirasho ah

● Magnetization-ka lagu taliyay: Magnetization-ka shucaaca - oo si caadi ah loogu isticmaalo nidaamyada magnetic-drive

● Cabbirrada Caadiga ah: OD 20−60 mm

● Qodobbada Muhiimka ah: Waxqabadka shaabadaynta (daadinta eber), iska caabbinta heerkulka sare, isku halaynta muddada dheer

Shaxda Tixraaca Degdegga ah ee Xulashada Codsiga

Shaxdani waxay isku daraysaa dhammaan 10-ka codsi si ay u noqoto isbarbardhig hal mar ah si loo gaaro go'aan degdeg ah.

Codsiga	Habka lagu taliyay	Darajada lagu taliyay	Dahaarka lagu taliyay	Magnetization-ka lagu taliyay	OD-ga caadiga ah	Halbeegyada Muhiimka ah
1. Isku xidhka birlabta	Sintered	N42 / N45	Ni‑Cu‑Ni / Epoxy	Radial-ka tiirarka badan leh	20−80 mm	Wareegga / Farqiga hawada
2. Encoder-ka	Xidhmo	NdFeB oo ku xiran isotropic	Ni‑Cu‑Ni	Tiirar badan oo Radial ah ≥32	10−50 mm	Saxnaanta tiirka
3. BLDC Motor	Sintered	N42SH / N45SH	Ni‑Cu‑Ni / Epoxy	Radial-ka tiirarka badan leh	15‑120 mm	Tirada tiirarka BL / Tirada tiirarka
4. Dareemaha Warshadaha	Sintered	N35 / N42	Ni‑Cu‑Ni / Zinc	Radial Axial / Tiirar Badan leh	8−30 mm	Midaynta goobta birlabta / Xasiloonida heerkulka
5. Kala-soocidda Birlabta	Sintered	N42 / N45	Ni‑Cu‑Ni	Axial	30−150 mm	Iska caabbinta Dusha sare / Xidhashada
6. Biirka Birlabta	Sintered	N42SH	Ni‑Cu‑Ni	Radial Axial / Tiirar Badan leh	20−60 mm	Midnimada goobta birlabta / Dulqaadka cabbirka
7. Qalabka Caafimaadka	Sinted / Xidhmay	N35‑N42	Parylene / Dahab	Axial	5−40 mm	Iswaafajinta Bayoolojiga (ISO 10993)
8. Robot-ka Warshadaha	Sintered	N42	Ni‑Cu‑Ni	Radial Axial / Tiirar Badan leh	10−40 mm	Saxnaanta Miisaanka / Meelaynta
9. Matoorka Korontada Dabaysha	Sintered	N42UH / N40EH	Epoxy	Radial-ka tiirarka badan leh	100−300 mm+	Iska caabbinta heerkulka / iska caabbinta daxalka
10. Bamka Faakuumka iyo Kombaresarka	Sintered	N42	Ni‑Cu‑Ni	Radial	20−60 mm	Shaabad aan daadanayn / Ku kalsoonaanta muddada dheer

Sida Loogu Isticmaalo Hagahan Mashruucaaga

Hadda oo aad aqoonsatay codsigaaga iyo qeexitaannada qallafsan, waa kan sida looga gudbo xulashada una gudbo soo iibsiga.

Tallaabada 1: Aqoonso Qaybta Codsigaaga

Ka hel nooca codsigaaga shaxda tixraaca degdega ah ee kor ku xusan si aad u xirto heerka lagu taliyay, dahaarka, iyo jihada birlabta. Haddii codsigaagu aanu liis gareyn, qeexitaanka isku-xidhka ugu dhow wuxuu caadi ahaan u adeegaa meel fiican oo laga bilaabo.

Tallaabada 2: Xidh Xariiqyada Furaha

Go'aami cabbirro gaar ah (OD/ID/dhumucda), shuruudaha dulqaadka, heerka heerkulka hawlgalka, iyo baahiyaha shahaadada. Faahfaahintani waxay go'aamisaa xigashada kama dambaysta ah iyo waqtiga hogaaminta.
● Si aad u hesho hagaha xulashada iyo iibsiga oo dhammaystiran, fiiri *Habka xulashada 7-tallaabo iyo soo iibsiga ee birlabta giraanta neodymium*

Tallaabada 3: Codso Muunado oo Xaqiiji

U dir RFQ dhammaystiran (oo ay ku jiraan dhammaan xuduudaha) alaab-qeybiyahaaga, soo qaado muunado, oo ku xaqiiji xaaladaha hawlgalka dhabta ah ee la matalay. Ha ka boodin xaqiijinta muunadda - kharashka dib-u-habaynta wax-soo-saarka waa 100 jeer ka badan muunadaha.
● Si aad u hesho qeexitaanno cabbir oo dhammaystiran iyo tixraacyo dulqaad, fiiri *cabbirka magnet-ka giraanta neodymium oo dhammaystiran iyo tixraaca dulqaadka*

Su'aalaha Badiya La Weydiiyo

S: Waa maxay warshadaha ugu badan ee isticmaala birlabta giraanta neodymium?

A: Codsiyada warshadaha ugu sarreeya ee birlabta giraanta neodymium waxaa ka mid ah matoorada BLDC (suuqa ugu weyn), qalabka magnetic-ga, dareemayaasha warshadaha, isku-xidhka birlabta, iyo kala-soocidda birlabta. Codsiyada soo baxaya waxaa ka mid ah qalabka birlabta ee turbo-machine-ka aan lahayn is-qabqabsiga, aaladaha caafimaadka ee u baahan dahaarka bio-ku-habboon, iyo matoorada tamarta dabaysha oo isticmaalaya heerarka UH/EH heerkulka sare leh. Fullzen Technology, codsiyada matoorka iyo encoder-ku waxay ka badan yihiin 60% wax soo saarka birlabta giraanta.

S: Waa maxay faraqa u dhexeeya birlabta giraanta iyo birlabta saxanka ee loo isticmaalo warshadaha?

A: Birlabta giraantu waxay ka fiican tahay birlabta saxanka saddex meelood oo muhiim ah: (1) 15-22% isticmaalka qulqulka birlabta oo ka sarreeya sababtoo ah khadadka goobta ee xoogga saaraya joomatari ee giraanta, (2) marinka godka dhexe ee u oggolaanaya marinka godka iyo isu-imaatinka qaybaha badan, iyo (3) saamiga miisaanka-ilaa-waxqabadka oo ka sarreeya - muhiim u ah codsiyada wareegaya halkaas oo walwalka centrifugal uu yahay walaac. Birlabta saxanka waxaa la door bidaa oo keliya marka kharashku yahay shuruudaha kaliya ee shuruudaha waxqabadka birlabtana ay yar yihiin.

S: Dahaarka noocee ah ayaa ugu fiican birlabta giraanta ee jawi adag?

J: Deegaannada warshadaha ee adag - qoyaan badan, soo-gaadhista kiimikada, ama heerkulka xad-dhaafka ah ee ka sarreeya 150°C - dahaarka epoxy wuxuu bixiyaa ilaalinta ugu fiican iyadoo leh iska caabin buufin milix ah oo 96+ saacadood ah 1.5 jeer qiimaha Ni-Cu-Ni. Deegaannada caafimaadka iyo kuwa daran, dahaarka Parylene wuxuu bixiyaa iska caabin buufin milix ah oo 200+ saacadood ah oo leh dabool khafiif ah oo isku mid ah oo leh kharash 3-5 jeer ah. Ni-Cu-Ni-ga caadiga ah (48 saacadood oo buufin milix ah) ayaa ku filan codsiyada gudaha, heerkulka la xakameeyey.

S: Magnet-ka giraanta ma loo habeyn karaa codsiyada warshadaha gaarka ah?

A: Haa. Birlabta giraanta waxaa loo habeyn karaa lix cabbir: (1) heerka (N35-N52 oo leh dabo-galayaal heerkul ah laga bilaabo heerka caadiga ah ilaa EH 200°C), (2) cabbirrada (OD laga bilaabo 5mm ilaa 300mm+), (3) qaabka birlabta (dhidibka, radial, tiirar badan ilaa 128 tiirar), (4) nooca dahaarka (Ni-Cu-Ni, zinc, epoxy, Parylene, dahab), (5) habka wax soo saarka (sintered, bondled, ama irbad la sameeyay), iyo (6) dulqaadka (heerka ama saxnaanta). Qalabka gaarka ah ee birlabta badan wuxuu caadi ahaan ku daraa kharashka hal mar ee qalabka.

S: Waa maxay waqtiga hogaanka caadiga ah ee dalabaadka magnet-ka giraanta warshadaha?

A: Birlabta giraanta caadiga ah waxay soo dirtaa 3-5 maalmood gudahood laga bilaabo kaydka. Tilmaamaha gaarka ah waxay raacaan hab 4-marxal ah: xigasho (3 maalmood), soo saarid muunad (7-10 maalmood oo caadi ah, 15-25 maalmood oo leh qalab cusub), ansixinta muunadda, iyo wax soo saar ballaaran (15-20 maalmood). Wadarta waqtiga caadiga ah laga bilaabo weydiinta ilaa keenista waa 4-6 toddobaad dalabaadka gaarka ah. Fullzen Technology, awoodda bishii waxay ka badan tahay 50,000 oo xabbo oo leh maaraynta tayada ISO 9001 iyo warbixinnada tijaabada oo dhammaystiran oo la soo diro dalab kasta.