Izingxenye Zamandla Amandla Aphezulu
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Indoor High Voltage Live Display Fault Indicator
Uhlolojikelele
Uhlobo olusha lwezinto zokusebenza ezitholayo eziqapha isifunda ngasinye ngesikhathi sangempela, futhi zingatshela noma ngokuqondile lapho ulayini wehluleka.
Ukubonisa izintambo ezingalungile kubaluleke kakhulu ekuthuthukiseni ukusebenza kahle komsebenzi kanye nokubuyisela ukuphakelwa kwamandla ngokushesha.
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Umvikeli Wamanje We-Transformer Secondary Overvoltage
Okokuqala, ukubuka konke
I-Transformer yamanje (CT) isetshenziswa kabanzi ekulinganiseni okuyisisekelo, ekulawuleni nasekuvikeleni ezinhlelweni zamandla.Lapho umsebenzi ojwayelekile, uhlangothi lwesibili lusesimweni sesifunda esifushane, i-voltage ephumayo iphansi kakhulu, kodwa isebenza uma isifunda sesibili esivunguzayo sivulekile, noma ukujika phakathi kwamandla angavamile (njengamanje ombani, i-resonance current, i-capacitor charge current, i-inductor start current, njll.), kuzoba ohlangothini lwesibili lwezinkulungwane noma ngisho namashumi ezinkulungwane zamavolthi wokugcwala ngokweqile, lokhu hhayi ohlelweni lwesibili kuphela. ukulimala kwe-insulation, futhi kubeke engozini ukuphepha kwabasebenzi.
Isivikeli se-CTB se-overvoltage sesibili se-CT B series transformer yamanje ekhiqizwa inkampani yethu yakhelwe lesi simo, esingavimbela ngempumelelo izingozi ezibangelwa isekethe yesibili evulekile ye-CT.
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I-Microcomputer Harmonic Elimination Device
Uhlolojikelele
Ohlelweni lwamandla, i-ferromagnetic resonance yenzeka kaningi, futhi i-overvoltage ivela ngesikhathi somsindo, okusongela kakhulu ukuphepha kohlelo.I-Ferromagnetic resonance overvoltage ingenzeka kunoma iyiphi isistimu ukusuka ku-3 kuya ku-220 kV, ikakhulukazi kumagridi wamandla angu-35 kV nangaphansi, cishe zonke izingozi zokudlula ngokweqile zangaphakathi zidalwa ukuzwakala kwe-ferromagnetic.I-overvoltage ebangelwa i-ferromagnetic resonance ihlala isikhathi eside futhi ingase ibe khona isikhathi eside.Ku-resonance ye-frequency division resonance, i-overvoltage evamile ayiphezulu, kodwa i-current ye-PT inkulu, okulula ukubangela ukuthi i-PT idlule futhi iqhume;ku-vasic wave kanye ne-frequency multiplication resonance, i-current general ayinkulu, kodwa i-overvoltage iphezulu kakhulu, evame ukulimaza ukufakwa kwemishini., okubangela ingozi embi.
Idivaysi yokuqeda i-harmonic ye-microcomputer iwuhlobo olusha lwedivaysi ehlakaniphile yokuqeda i-resonance eyakhiwe inkampani yethu.Ilula futhi isebenziseka kalula, ayidingi ukulungiswa, ingaqeda ngokushesha ukuzwakala kwe-ferromagnetic yamafrikhwensi ahlukahlukene, futhi inokunemba okuphezulu.Ngesikhathi esifanayo, ulwazi olufanele lungaphrintwa noma ludluliselwe ohlelweni oluphakeme lokuqapha ngokusebenzisa isikhombimsebenzisi sokuxhumana ngokuvumelana nezidingo zomsebenzisi, ezifanele iziteshi ezingaphansi ezingagadiwe.
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I-Intelligent Dehumidification Device Intelligent Oil Pumping Device Mini
Uhlolojikelele Idivayisi ehlakaniphile yokwehlisa umswakama iwukusebenzisa imodi yokususa umswakama esiqandisini sesemiconductor, umoya onomswakama endaweni evaliwe ngaphansi kwesenzo somgudu womoya wokukhipha umoya ohogela abalandeli, umhwamuko wamanzi osemoyeni ngomshini wesiqandisi se-semiconductor ojikijelwa emanzini, bese ngokusebenzisa ipayipi eliqondisayo ngekhabhinethi, lingafinyelela umphumela omuhle wokukhipha umswakama.Uma ungekho umsebenzi wokususa umswakama owenziwe ngesandla ovulekile: lapho umswakamo we-ambient uphakeme... -
I-Intelligent Dehumidification DeviceIntelligent Oil Pumping Device evamile
Isifinyezo Ithuluzi elihlakaniphile lokususa umswakama liwukusebenzisa imodi yokukhipha umswakama esiqandisini se-semiconductor, isikhala esivaliwe somoya omanzi kufeni ngaphansi kwesenzo sesiphephetha-moya, umhwamuko wamanzi womoya ngokusebenzisa indlela yesiqandisi se-semiconductor ngemva kokujiya emanzini, bese ususa ikhabhinethi ngokusebenzisa. ipayipi eliqondisayo, lingafinyelela umphumela omuhle wokukhipha umswakama.Uhlobo lokupholisa: I-F01 isethwe kokuthi 0. Khonamanjalo, idivayisi yokukhipha umswakamo iqalwa ngokuzenzakalelayo lapho i-ambient humidi... -
Idivayisi Encane Yamanje Yokukhetha Umugqa Wokumisa
Uhlolojikelele
Idivayisi encane yamanje yokukhetha izintambo iyingxenye ebalulekile yesistimu yokuvikela isekethe yensimu yezimboni, idivayisi ingakwazi ukucacisa ngokunembile indawo yephutha lapho uhlelo lwesifunda lwenzeka into eyisisekelo (i-arc noma yensimbi), kanye nolwazi lokudlulisela kude, ukuze lula ukunakekelwa kwabasebenzi besizinda.
1.1.Umsebenzi kanye nezici
Isakhiwo sedivayisi samukela idizayini ye-modular, futhi isilawuli esiyinhloko samukela i-16-bit high ukusebenza kwekhompyutha eyodwa ye-chip enemojula yokutholwa kwedatha yesivinini esikhulu.Phakathi kwamamojula, izindlela zokuxhumana ze-CAN ezinokuqinisekiswa okungafuneki kanye nokudluliswa kwe-multi-master zisetshenziselwa ukushintshaniswa kwedatha nokwabelana.Iphaneli isebenzisa isikrini sokubonisa kanye nomsebenzi olula wokusebenza kokhiye abangu-5 kungxoxo yomshini womuntu.
Uhlelo lwamukela imodi ye-double watchdog ukuze ibone ukusebenza kwesistimu;I-voltage yokufakwayo ebanzi esebenzayo, ukunemba kokulinganisa isignali ephezulu yamanje;iphutha nokusetha umsebenzi wememori yolwazi;idatha yesikhathi sangempela kanye nedatha yephutha umsebenzi wokudlulisela kude.
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I-Indoor High Voltage Live Display
Uhlolojikelele Lwemininingwane Yomkhiqizo Lo mkhiqizo uyisiqhathanisi sesigaba se-HX2 (i-PC) esiklanywe futhi sakhiqizwa inkampani yethu ngokwezidingo zabasebenzisi, esetshenziswa ngokuhambisana nochungechunge lwe-DXN80 lwamadivayisi okubonisa bukhoma angaphakathi ane-voltage ephezulu (iphaneli yenkomba isetha isigaba ukuphela kokuhlolwa).Ilungele iziteshi ezincane neziteshi zokusabalalisa amandla (ikakhulukazi uma izintambo zingena entanjeni) ezifakelwe amandla kagesi akabili kanye nezinto eziningi zikagesi zasendlini engu-3.6, 7.2, 12, 40.5kV,...
