JSZJK-10Q 3000√3/100√3 /100V 60-100VA Indoor Dry Type Anti-Resonance Three-phase Voltage Transformer

JSZJK-10Q 3000√3/100√3 /100V 60-100VA Uhlobo Lokomile lwangaphakathi lwe-Anti-Resonance Isigaba Ezintathu Isiguquli Se-Voltage Esifakiwe Isithombe Esifakiwe

Incazelo emfushane:

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Incazelo Yomkhiqizo

I-JSZJK-10Q i-voltage transformer ingumkhiqizo wohlobo lwezigaba ezintathu, ongaphakathi nowomile, i-JSZK1-10 iyi-Yo/Yo[uxhumano lwe-JSZK1-10F yi-Yo/YoIYO[uxhumano.Ingxenye ye-anti-resonance ingumzimba owodwa.Ilungele ukulinganisa amandla kagesi, ukuqapha amandla kagesi kanye nokuvikelwa kwe-relay kumafrikhwensi alinganiselwe angama-50Hz noma angu-60HZ.I-voltage elinganiselwe ingu-6kV.

Incazelo Yemodeli

Amapharamitha wobuchwepheshe nobukhulu besakhiwo

●I-insulation elinganiselwe 11.5/42/75KV
●Imvamisa elinganiselwe ngu-50HZ
● Izinga lokushisa le-ambient -5ºC - +40ºC
●Isici samandla somthwalo COSΦ=0.8 (i-lag);
● Ukuphakama kungaphansi noma kulingana no-1000m, okuhlangabezana nezinga lokunukubezeka le-Class II;
●Ukusebenza komkhiqizo kuhlangabezana nezinga: GB1207-1997 (i-voltage transformer)

Izici zomkhiqizo kanye nobubanzi bokusetshenziswa

1. I-JSZJK-10Q i-voltage transformer iyinhlangano ye-epoxy resin yasendlini egcwele isakhiwo sokuphonsa i-vacuum.Ibanga layo le-creepage lingaphezulu kuka-25.m/kV
2. Lapho kusetshenziswa ama-voltage e-JSZK1-10 kanye ne-JSZK1-10F ohlelweni, ngalinye linemizimba emine yokuphonsa, futhi ingxenye engaphakathi inezindikimba ezintathu zokuphonsa ama-voltage, ezinemikhono kukholamu eyinhloko yezigaba ezintathu, Ingxenye ye-anti-resonance ifakwe kwelinye ichweba.Emgogodleni wensimbi, ngesikhathi sokusebenza okuvamile, i-voltage emaphakathi yephoyinti ukuya emhlabathini ingu-zero volts, futhi i-voltage yesibili yokuphuma kwengxenye ye-anti-resonance ingu-zero volts, futhi eyodwa ifushane -izungeza phansi.Uhlangothi lwesibili (i-da-dn) lwengxenye ye-anti-resonance lukhiqiza i-voltage engu-100V, eshayela i-relay ukuthi isebenze, futhi indawo engathathi hlangothi yomthombo wamandla iyanqanyulwa.Izinyathelo zokuqeda i-Harmonic ziyamukelwa, ukuze umkhiqizo ungadingi izindlela zokuvikela ezengeziwe ezifana nokuqedwa kwe-harmonic noma ukuthambisa umhlabathi, okungukuthi, kungaba ngokuphepha Ingasebenza kugridi yamandla futhi ingasebenza emgqeni wephutha onesisekelo wesigaba esisodwa isikhathi eside.
izimo zemvelo:
1. Ukuphakama akudluli ku-1000m;
2. Izinga lokushisa le-ambient alikho ngaphezu kuka +40c, hhayi ngaphansi kuka -5 ℃;
3. Umswakama ohlobene womoya ozungezile awukho ngaphezu kwama-85% (20c);
4. Ayikho igesi egqwalayo endaweni yokufaka

Uku-oda imiyalelo kanye nezindaba zokusebenzisa

Uhlelo lwe-oda:
1. Nikeza inombolo yomdwebo wohlelo lwezintambo, inhloso kanye nomdwebo wesistimu yomugqa owodwa, i-voltage elinganiselwe, yamanje elinganiselwe, njll.
2. Izidingo zokulawula i-switchgear, imisebenzi yokulinganisa nokuvikela kanye nezinye izisetshenziswa zokukhiya nezizenzekelayo
3. Uma i-switchgear isetshenziswa ezimweni ezikhethekile zemvelo, kufanele ichazwe ngokuningiliziwe lapho iyala
4. Uma ezinye izesekeli noma ngaphezulu kanye nezingxenye ezisele zidingeka, uhlobo nenani kufanele kuphakanyiswe
Izinyathelo zokuzivikela:
1. Ngaphambi kokuthi i-voltage transformer iqale ukusebenza, ukuhlolwa nokuhlolwa kuzokwenziwa ngokuya ngezinto ezishiwo emithethweni.Isibonelo, ukukala i-polarity, iqembu lokuxhuma, ukuthuthumela okunyakazayo, ukulandelana kwesigaba senuzi, njll.
2. I-wiring ye-voltage transformer kufanele iqinisekise ukunemba kwayo.Amajika-moya ayisisekelo kufanele axhunywe ngokuhambisana nesekhethi evivinywayo, futhi ukujikajika kwesibili kufanele kuxhunywe ngokuhambisana nekhoyili kagesi yethuluzi lokulinganisa elixhunyiwe, idivayisi yokuvikela i-relay noma idivayisi ezenzakalelayo.Ngesikhathi esifanayo, ukunakwa kufanele kukhokhwe ekunembeni kwe-polarity..
3. Amandla omthwalo oxhunywe ohlangothini lwesibili lwe-voltage transformer kufanele afanele, futhi umthwalo oxhunywe ohlangothini lwesibili lwe-voltage transformer akufanele udlule umthamo wawo olinganiselwe, ngaphandle kwalokho, iphutha le-transformer lizokhula, futhi kunzima ukufeza ukunemba kwesilinganiso.
4. Akukho umjikelezo omfushane ovunyelwe ohlangothini lwesibili lwe-voltage transformer.Njengoba i-impedance yangaphakathi ye-voltage transformer incane kakhulu, uma isifunda sesibili sifushane, kuzovela umsinga omkhulu, ozolimaza imishini yesibili futhi ubeke engozini ukuphepha komuntu siqu.I-voltage transformer ingahlonywa i-fuse ohlangothini lwesibili ukuze izivikele ekonakalisweni isifunda esifushane ohlangothini lwesibili.Uma kungenzeka, i-fuse kufanele futhi ifakwe ohlangothini oluyinhloko ukuze kuvikelwe igridi yamandla aphezulu -i-voltage ekubekeni engozini ukuphepha kwesistimu eyinhloko ngenxa yokwehluleka kwe-high-voltage winding noma ukuhola kwe-transformer.
5. Ukuze kuqinisekiswe ukuphepha kwabantu lapho bethinta amathuluzi okulinganisa nama-relay, ukuvuthwa kwesibili kwe-voltage transformer kufanele kumiswe endaweni eyodwa.Ngoba ngemva kokubekwa phansi, lapho ukufakwa phakathi kwama-winding ayisisekelo nakwesibili konakalisiwe, kungavimbela i-voltage ephezulu yensimbi kanye ne-relay ekubekeni engozini ukuphepha komuntu siqu.
6. Isifunda esifushane asivunyelwe neze ohlangothini lwesibili lwe-voltage transformer