【Huate Magnetic Separation Encyclopedia】 Codsiga Kiciya Electromagnetic ee Warshada Casting

【Huate Magnetic Separation Encyclopedia】 Codsiga Kiciya Electromagnetic ee Warshada Casting

Warshadaha1 Warshadaha2

Walaaqaya Electromagnetic waxay si wax ku ool ah u kicin kartaa dhalaalka aluminiumka iyada oo aan la xiriirin, homogenize halabuurka kiimikada iyo heerkulka dhalaalka, hoos u dhigida samaynta oxide slag, gaabin wakhtiga dhalaalka, hagaajinta wax soo saarka, waxayna si weyn u yareysaa xoogga shaqada ee shaqaalaha. Sababo la xiriira faa'iidooyinka badan ee kicinta korantada, kicinta korantada ayaa hadda noqotay qalab lagama maarmaan u ah dhalaalka aluminiumka iyo warshadaha shubka.

Walaaqaya Electromagnetic waxay si wax ku ool ah u kicin kartaa dhalaalka aluminiumka iyada oo aan la xiriirin, homogenize halabuurka kiimikada iyo heerkulka dhalaalka, hoos u dhigida samaynta oxide slag, gaabin wakhtiga dhalaalka, hagaajinta wax soo saarka, waxayna si weyn u yareysaa xoogga shaqada ee shaqaalaha. Sababo la xiriira faa'iidooyinka badan ee kicinta korantada, kicinta korantada ayaa hadda noqotay qalab lagama maarmaan u ah dhalaalka aluminiumka iyo warshadaha shubka.

Warshadaha3

Kiciyeyaasha korantada ayaa inta badan ka kooban sahay koronto oo isbedbedesha iyo inductor. Korontada joogtada ah ee isbedbedelka ah waxay u beddeshaa soo noqnoqoshada tamarta 50/60Hz beddelka hadda jirta ee 3-waji hoose oo koronto ah oo leh inta jeer ee 0.5 ~ 5Hz. Ka dib markii sahayda korontada lagu xiro gariiradda inductor, goob magnet ah oo socdaalaysa ayaa la soo saari doonaa. Mawjadda magnetka ee safarka ah waxay dhex gashaa saxanka birta ah ee hoose ee foornada iyo foornada foornada waxayna ku shaqeysaa aluminiumka dhalaalay, si aluminiumka dhalaalku uu si joogto ah u socdo, si loo gaaro ujeedada walaaqaya. Baaxadda iyo jihada xoogga kicinta waxa lagu beddeli karaa iyada oo la beddelo tamarta, soo noqnoqoshada iyo wejiga saadka tamarta soo noqnoqda ee doorsooma.

Korontada soo noqnoqda ee AC, DC, AC ee u dambaysay oo leh xuquuqaha hantida aqooneed ee madax banaan ee ay si wadajir ah u horumarisay HuateShirkadda iyo Jaamacadda Nankai, Jaamacadda Shandong iyo kulliyadaha kale iyo jaamacadaha, waxay ka kooban yihiin golaha korantada ee korantada iyo golaha korantada ee isbeddelka ah si loo sameeyo nidaamka wadida kicinta korantada.

Tignoolajiyada ugu dambeeyay ee kontoroolka PWM waxay jebisay qaabdhismeedka midaysan ee beddelaha soo noqnoqda ee waagii hore. Marka loo eego sifooyinka culeyska ee kicinta korantada, naqshadeynta gaarka ah ee software iyo hardware waa la fuliyaa. Waxa ay qaadi kartaa culays weyn oo soo jiidasho leh iyada oo aan lagu darin isbarbardhigga u dhexeeya sahayda korantada iyo culayska, waxana ay ku shaqayn kartaa tiro yar. Shaqo xasiloon. Awoodda soo noqnoqda ee PWM ee ugu dambeysay ayaa aad ugu habboon codsiga kicinta korantada; marka la barbar dhigo sahayda tamarta soo noqnoqda doorsoomayaasha dhaqameed, PWM-kii ugu dambeeyay ee korantada doorsoomayaasha ee Huatewuxuu leeyahay sifooyinka soo socda:

1.Power factor: Cunsurka tamarta ee ugu dambeeyay AC-DC-AC variable soo noqnoqda korontada gaari kartaa in ka badan 0.95, taas oo si buuxda u waafaqsan xeerarka qaranka ee wareegyada korantada saddex-waji ah (0.9-1). 0.95 ama ka badan ayaa ugu fiican. Haddii qodobka korontadu uu aad u sarreeyo, danabku aad buu u sarreeyaa. Marka la barbar dhigo qalabka korontada ee qaab dhismeedka AC-AC, awoodda lagu rakibay ee qalabka si weyn ayaa loo dhimi karaa.

2.Static khasaaraha shaqada: Dhinaca hagaajinta ee ugu dambeeyay PWM AC-DC-AC korontada soo noqnoqda variable uma baahna wareegga kantaroolka adag, qalabka laftiisa ayaa leh khasaare yar, iyo waxtarka beddelka ayaa ka sarreeya kan wareegga PWM dhaqameed. . Marka qalabku ku jiro xaalada heeganka, soo noqnoqoshada soo noqnoqoshada dhaqameedku waxay u baahan tahay inay ku badasho koronto weyn korontadu si ay u ilaaliso xasiloonida danabka baska DC, halka ugu dambeeyay ee PWM ee korantada doorsoomayaasha uu leeyahay ku dhawaad ​​​​wax beddelaad tamar ah shabkada korantada. Marka la eego awood ka hoosaysa tan dhaqameed.

3. Khasaaraha shaqada: Maadaama kiciyahu uu yahay culeys wax-is-qabad leh, oo aan ahayn nooca mootada, ma jiro hab beddelka tamarta farsamada ilaa tamarta korantada, sidaa darteed ma jiro ku dhawaad ​​wax jawaab celin tamar ah inta lagu jiro hawlgalka. Korontada cusub ee PWM waxay xaqiijinaysaa is-weydaarsiga tamarta falcelinta leh ee culeyska kicinta iyada oo loo marayo korantada awoodda weyn ee dhexdhexaadka ah ee DC, kaliya tamarta kaydinta ayaa loo baahan yahay, mana jirto beddel koronto sahay koronto inta jeer ee doorsooma.

4. Shucaaca Electromagnetic: Sababtoo ah sahayda korontadu doorsoomatay ee PWM waxa ay ka kooban tahay aaladaha korantada ee korontada ku shaqeeya waxaana lagu habeeyay inta jeer ee inta jeer ee sidaha badan, sahayda tamarta soo noqnoqda ee doorsoomaheedu waxa ay ka kooban tahay laba qaybood: PWM rectifier iyo PWM inverter. Hagaajinta PWM ee lagu cabiray xadhkaha korantada ayaa soo saari doona tiro aad u badan oo ah iswaafajinta nidaamka sare marka ay shaqaynayso. Inkasta oo shaandhaynta LC loo isticmaalo dhinaca shabagga, waxay weli sababtaa faragelinta shucaaca ee shabagga iyo qalabka ku xeeran; Korontada ugu dambeysay ee PWM ma laha wax-beddelka-soo-noqoshada-sare ee dhinaca khadka, iyo Isticmaalka shaandhaynta LC-da ee heerarka badan iyo go'doominta transformer-ka, imtixaanku wuxuu caddaynayaa in faragelinta shucaaca ee dhinaca khadka ay aad u yar tahay, sidoo kale waxay ka gudubtaa saameynta dunida ka baxsan oo ku saabsan sahayda kicinta korantada.

5. Dejinta qalabka: ugu dambeeyay ee PWM isbeddelka tamarta soo noqnoqda, dhinaca hagaajinta waxay qabataa habka hagaajinta ee aan la xakameynin ee dabiiciga ah ee dabiiciga ah, looma baahna wareegga xakamaynta adag, wareegguna waa sahlan yahay. Intaa waxaa dheer, iyada oo ay ugu wacan tahay isticmaalka wareegyada ilaalinta badan, oo ay ku jiraan ogaanshaha line soo socda, DC capacitor unit braking , heerkulka biyaha, cadaadiska biyaha, iwm, gaar ahaan ilaalinta badan ee IGBT, ka dhigaysa nidaamka shaqeeyaan mid la isku halayn karo, iyo dabeecadda horumarsan. qaan-gaarnimada iyo xasilloonida ayaa aad u muuqda.

Qalabka elektromagnetic-ga ee ay soo saarto Huate waxa ay leedahay in ka badan 200 oo macaamiil gudaha ah, waxaana loo dhoofiyay in ka badan toban waddan iyo gobollo ay ka mid yihiin Brazil, Thailand iyo India, waxaana si weyn u ammaanay macaamiisha.

Warshadaha4

Shandong Huate Magnetoelectric Technology Co., Ltd. waxaa la aasaasay 1993 (koodka saamiyada: 831387). Shirkadu waa horyaal wax soo saar heer qaran ah, mid heer qaran ah oo ku takhasusay, gaar ah, iyo ganacsi furaha cusub ee “yar yar”, shirkad hal abuur leh oo heer qaran ah, iyo ganacsi hal abuur heer qaran ah. Waa shirkad muhiim ah oo tignoolajiyada sare leh, shirkad bandhig hanti aqooneed oo qaran ah, shirkad hormuud u ah Linqu magnetoelectric equipment sifada warshadaha ee Barnaamijka Tooshka Qaranka, unugga gudoomiyaha Ururka Magnetoelectric Qaranka iyo Heerkulka Hoose Superconducting Codsiga Technology Innovation Strategic Alliance, iyo gudoomiye ku xigeenka unuga China Heavy Machinery Industry Association. . Waxaa jira xarumo cilmi baaris cilmiyeed oo heer-qaran ah, goobo shaqo oo tacliineed oo dhameystiran, sheybaarrada muhiimka ah ee gobolka ee tignoolajiyada codsiga magnetic iyo qalabka, iyo xarumaha tignoolajiyada magnetic iyo korontada ee gobolka iyo goobaha kale ee R&D. Daboolaya aagga guud ee 270,000 mitir oo laba jibbaaran, waxa ay leedahay hantida guud ee in ka badan 600 million yuan iyo in ka badan 800 oo shaqaale ah. Waa mid ka mid ah saldhigyada wax soo saarka xirfadeed ee ugu weyn ee qalabka codsiga magnetic ee Shiinaha. Ku takhasusay wax soo saarka caafimaadka superconducting magnetic resonance images, magnets joogto ah, electromagnetic iyo heerkulka hoose superconducting magnetic separators, birta separators, set oo dhamaystiran oo qalab miinooyinka, kicinta magnetic, iwm biraha non-ferrous iyo beeraha caafimaadka , iibiyey Australia, Germany, Brazil, India, South Africa iyo in ka badan 30 dal.


Waqtiga boostada: Febraayo-17-2022