Iyunithi yeCapacitor
0102030405
6-24kV Iyunithi yeCapacitor yombane ophezulu
Iyunithi yeCapacitor
I-voltage ephezulu ye-capacitor parallel capacitor ilungele uqhagamshelo oluhambelanayo kwiinkqubo zamandla ze-AC kunye ne-frequency frequency (50Hz okanye 60Hz) ye-1kV nangaphezulu. Zisetyenziselwa ukubuyisela amandla asebenzayo, ukuphucula amandla ombane, ukuphucula umgangatho wamandla ombane, ukunciphisa ilahleko yomgca, kunye nokusetyenziswa ngokupheleleyo kokuveliswa kwamandla kunye nezixhobo zokubonelela.
I-AC filter capacitors zifanelekile ukudibanisa kunye nezinye izixhobo (ezifana ne-reactors kunye ne-resistors) ukwenza izihlungi ze-AC, ezidityaniswe kwiinkqubo zamandla ze-AC kunye ne-frequency yamandla ye-1kV okanye ngaphezulu (50 Hz okanye 60 Hz). Zisetyenziselwa ukubonelela ngejelo eliphantsi le-impedance kwimisinga enye okanye ngaphezulu kwe-harmonic, ukunciphisa amanqanaba e-harmonic network, kunye nokuphucula amandla enkqubo.
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Indawo yokusetyenziswa
Uluhlu lwamaqondo obushushu ambient ukufakwa kunye nokusebenza capacitors -40 ℃ ukuya +45 ℃ for BAM uhlobo capacitors, kunye -25 ℃ ukuya +55 ℃ for BFM uhlobo capacitors. Ukuphakama akudluli kwi-1000 yeemitha. Imimandla engaphezulu kwe-1000 yeemitha inokubonelela ngeemveliso zohlobo lwe-plateau xa ubeka iiodolo.
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Iimpawu zemveliso
1. Izinto eziphambili zezinto ezibonakalayo: Umgangatho ophezulu wefilimu ye-polypropylene ephindwe kabini, i-ultra-thin (4.5 μ m) I-aluminium foil kunye neoli ye-benzyl toluene iphucule ukusebenza kombane kwimveliso.
2. Ukugoqa ngokuzenzekelayo kwe-aluminium foil: I-aluminium foil electrodes yamacandelo e-capacitor ifakwe ngokuzenzekelayo ekuqaleni, ekupheleni, kunye nomda wokuphucula ukuhanjiswa kwentsimi yombane kumda weplate ye-electrode kunye nokuphucula inqanaba lokukhutshwa kwe-capacitor.
3. I-fuse yangaphakathi: I-fuse yangaphakathi kunye nesakhiwo sokuzihlukanisa secandelo elenziwe ngetekhnoloji enelungelo lobunikazi lisusa ngokupheleleyo into yokwala i-fuse yangaphakathi, i-misoperation, kunye nokuqhuma kweqela, okwenza ii-capacitors zikhuseleke kwaye zithembeke ngakumbi.
4. Ukuxhathisa ukukhutshwa: Icandelo ngalinye loluhlu linokumelana nokukhupha, kunye nomgangatho ophezulu we-voltage yeglasi ecwebezelayo ukumelana nefilimu inokuqinisekisa ukhuseleko ngokunciphisa umbane oseleyo we-capacitor ukusuka ku-√ 2Un peak voltage ukuya ngaphantsi kwe-75V kwimizuzu eyi-10 emva kokuqhawula umbane. ubonelelo.
5. I-Advanced core assembly line: Iinkqubo ze-component winding, ukhetho lokumelana noxinzelelo, ukudibanisa i-fuse yangaphakathi, ukunyanzeliswa kwe-core, ukugoqa okungundoqo, kunye nokupakisha okuphambili zonke zigqitywe kumgca wokuhlanganisana owenziwe ngoomatshini, uqinisekisa umgangatho wendibano engundoqo.
6. I-automatic tungsten pulse argon welding (TIG welding): Imithungo yeqokobhe le-capacitor, i-seams phakathi kodonga lwebhokisi kunye nesigqubuthelo sebhokisi, kunye ne-docking phakathi kwesibiyeli sokuphakamisa kunye neqokobhe zonke zigqitywe kusetyenziswa i-robot workstation, ukwenza. iiwelds zicaba, zigudile, zintle, kwaye zomelele ngaphandle kokuvuza.
7. Unyango lokuqhushumba kwegobolondo: kususa umaleko we-oxide kunye nokungcola kumphezulu wensimbi engenasici, irhabaxa umphezulu, iphucula amandla okuncamathela epeyinti, kwaye akulula ukuyixobula Kwangaxeshanye, hlola ngokufanelekileyo umgangatho wepeyinti. iqokobhe weld umthungo.
8. Irobhothi yokupeyinta yokutshiza: Irobhothi yokupeyinta ephuma kumazwe angaphandle kunye ne-ultra high speed rotary cup high-voltage electrostatic spray gun yenza umphezulu wecapacitor wepeyinti ngokulungeleleneyo kwaye utshizwe kakuhle, kwaye umphezulu wepeyinti ugudile, uthambile, kwaye mhle.
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Indawo yosetyenziso
Isetyenziswa ikakhulu ukuphucula amandla egridi yamandla, ukuphucula umgangatho wombane, kunye nokunciphisa ilahleko yomgca
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