Imishini yokuhlola esheshayo ezenzakalelayo yamagebhula amasekhethi ane-voltage ephansi ngaphandle kwemitha yamandla Isithombe Esifakiwe

Imishini yokuhlola esheshayo ezenzakalelayo yama-low-voltage circuit breaker ngaphandle kwemitha yamandla

Incazelo emfushane:

Ukutholwa okusheshayo kwamanje kanye ne-voltage: idivayisi ingaqapha amanani asheshayo wamanje kanye ne-voltage yemitha yamandla ngesikhathi sangempela futhi inikeze idatha yokulinganisa enembile. Ngokutholwa kwamandla amanje kanye ne-voltage, ukusetshenziswa kwamandla kungaqondwa futhi nesimo sokusebenza semitha yamandla singahlolwa.

Ukuqapha komthwalo: idivayisi ingakwazi ukubona i-waveform yamanje yomthwalo oxhunywe ku-low-voltage circuit breaker, kanye nesici samandla somthwalo neminye imingcele. Ngokuqapha isimo somthwalo, isimo sokusebenza somthwalo singahlolwa, futhi izimo ezingavamile noma ezigcwele kakhulu zingatholwa ngesikhathi.

Ukutholwa Kwedatha Nokugcinwa: Idivayisi iyakwazi ukuthola ngesikhathi sangempela idatha yamanje kanye ne-voltage kusuka kumitha yamandla, futhi igcine le datha kumemori yangaphakathi yedivayisi ukuze ihlaziywe futhi icutshungulwe ngokulandelayo. Ngesikhathi esifanayo, idivayisi ingase futhi inikeze isixhumi esibonakalayo sokudlulisa idatha ukuze kube lula ukuthekelisa nokudluliswa kwedatha.

Ukuxilongwa kwephutha: Idivayisi iyakwazi ukuhlonza izimo zephutha zamamitha kagesi kanye nama-circuit breaker e-LV ngesikhathi esisekelwe kudatha egadiwe yamanje kanye ne-voltage. Uma kutholakele okungavamile, idivayisi izokhipha i-alamu futhi inikeze umbiko wokuxilongwa kwephutha ukuze kube lula ukulungiswa nokuxazulula izinkinga.

Ukuhlaziywa kwedatha nokukhiqizwa kombiko: idivayisi ingahlaziya idatha eqoqiwe yamanje kanye ne-voltage futhi ikhiqize imibiko ehambisanayo. Ngokuhlaziya idatha nokukhiqizwa kwemibiko, ukunemba, ukuzinza nokuthembeka kwemitha yamandla kungahlolwa, futhi kunikeze isisekelo sokuthatha izinqumo sokuphathwa kwamandla.

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Okwedlule: Imitha yamandla yangaphandle ye-low-voltage circuit breaker i-othomathikhi ngokushesha, ivaliwe, imelana nezinto zokuhlola i-voltage

Olandelayo: Imitha Yamandla Yangaphandle I-Voltage Low Circuit Breaker Automatic Rollover Equipment

1. I-voltage yokufaka yezisetshenziswa: 380V ± 10%, 50Hz; ± 1Hz;
2. Izigxobo zokusebenzisana zedivayisi: 1P, 2P, 3P, 4P, 1P+module, 2P+module, 3P+module, 4P+module.
3. Isigqi sokukhiqiza izisetshenziswa: ≤ imizuzwana eyi-10 ngesigxobo ngasinye.
4. Umkhiqizo ofanayo weshalofu ungashintshwa phakathi kwezigxobo ezihlukene ngokuchofoza okukodwa nje noma ngokuskena ikhodi; Imikhiqizo ehlukene yegobolondo idinga ukushintshwa ngesandla kwesikhunta noma izinto ezilungiswayo.
5. Uhlelo lwamanje lokuphumayo: AC3 ~ 1500A noma DC5 ~ 1000A, AC3 ~ 2000A, AC3 ~ 2600A ingakhethwa ngokuvumelana nemodeli yomkhiqizo.
6. Imingcele yokuthola yamanje ephezulu nephansi ingasethwa ngokuzenzakalelayo; Ukunemba kwamanje ± 1.5%; Ukuhlanekezelwa kwe-Waveform ≤ 3%
7. Uhlobo lokukhishwa: Uhlobo B, uhlobo C, uhlobo luka-D lungakhethwa ngokungafanele.
8. Isikhathi sokuhamba: 1~999mS, imingcele ingasethwa ngokuzenzakalelayo; Ukuvama kokutholwa: izikhathi ezi-1-99. Ipharamitha ingasethwa ngokuzenzakalelayo.
9. Umkhiqizo ungahlolwa uvundlile noma ubheke phezulu njengenketho yokuzikhethela.
10. Izinto ezisetshenziswayo zinemisebenzi yokubonisa i-alamu njenge-alamu yephutha nokuqapha ukucindezela.
11. Zimbili izinhlelo zokusebenza ezitholakalayo: isiShayina nesiNgisi.
12. Zonke izesekeli ezibalulekile zingeniswa zivela emazweni ahlukene nasezifundeni ezifana ne-Italy, Sweden, Germany, Japan, United States, kanye neTaiwan.
13. Izinto zokusebenza zingahlonyiswa ngokuzithandela ngemisebenzi efana ne-Smart Energy Analysis and Energy Conservation Management System kanye ne-Smart Equipment Service Big Data Cloud Platform.
14. Ukuba namalungelo azimele empahla yengqondo.