I-MCCB elibunjiwe imitha yecala elivala kabusha i-circuit breaker imishini yokuhlola ukumelana nesekethe okuzenzakalelayo Isithombe esifakiwe

Imishini yokuhlola ukumelana nesekethe ehlanganisiwe ye-MCCB evala kabusha i-circuit breaker

Incazelo emfushane:

Ukutholwa Okuzenzakalelayo Kwe-Loop Resistance: Izisetshenziswa zingathola ngokuzenzakalelayo inani lokumelana ne-loop lama-MCCB ama-circuit breaker. Ukumelana ne-loop yivelu ye-impedance yesekethe kusistimu kagesi, engathinta ukuhamba kwamandla kanye nokunemba kokutholwa kwephutha. Ngokulinganisa ukumelana kwesifunda, ingakwazi ukunquma ukuthi isifunda sibushelelezi, kungakhathaliseki ukuthi kukhona ukuxhumana okungalungile noma ukulahlekelwa umugqa ngokweqile.

Ukunemba Kwesilinganiso: Idivayisi ifakwe umsebenzi wokulinganisa ukunemba okuphezulu, ongakala ngokunembile inani lokumelana nesekethe lama-breaker circuit e-MCCB. Imiphumela yokulinganisa enembile isiza ukunquma ikhwalithi nokuzinza kwesekhethi futhi ibone izinkinga ezingaba khona ngesikhathi.

Izindlela Zokulinganisa Eziningi: Idivayisi ngokuvamile ifakwe izindlela zokulinganisa eziningi, futhi izindlela zokulinganisa ezihlukene zingakhethwa njengoba kudingeka. Isibonelo, imodi evamile isetshenziselwa ukuhlolwa kokumelana nesekethe nsuku zonke, imodi esheshayo isetshenziselwa ukuhlola ngokushesha inani elikhulu lama-circuit breaker, futhi i-super mode isetshenziselwa izilinganiso zokunemba okuphezulu ngezikhathi ezikhethekile.

Ukugcinwa kwedatha nokukhiqizwa kombiko: Idivayisi ingagcina futhi irekhode idatha yokulinganisa futhi ikhiqize imibiko ehambisanayo. Lokhu kusiza ukulandelela nokuhlaziya izinguquko zokumelana nokujikeleza kwesistimu kagesi, ukuthola izinkinga ngesikhathi futhi uthathe izinyathelo ezifanele.

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Okwedlule: I-MCCB ebunjiwe ye-case metering evala kabusha i-circuit breaker ukukhululwa okuzenzakalelayo kokukhululwa kwemishini yokuhlola uhambo

Olandelayo: I-MCCB ebunjiwe ye-case metering evala kabusha i-circuit breaker ezenzakalelayo yokugcina imishini yokuhlola ingcindezi

1. I-voltage yokufaka yezisetshenziswa: 380V ± 10%, 50Hz; ± 1Hz;
2. Ukucaciswa kokuhambisana kwedivayisi: 2P, 3P, 4P, 63 series, 125 series, 250 series, 400 series, 630 series, 800 series.
3. Isigqi sokukhiqiza isisetshenziswa: imizuzwana engama-28 ngeyunithi ngayinye namasekhondi angama-40 ngeyunithi ngayinye ingafaniswa ngokuzithandela.
4. Umkhiqizo ofanayo weshalofu ungashintshwa phakathi kwezigxobo ezihlukene ngokuchofoza okukodwa noma ukushintsha ikhodi yokuskena; Ukushintsha phakathi kwemikhiqizo ehlukene yeshelufu yegobolondo kudinga ukushintshwa okubhaliwe kwesikhunta noma izinto ezilungiswayo.
5. Imishini yokusebenza ingenziwa ngokwezifiso ngokuya ngemodeli yomkhiqizo.
6. Uma uthola ukumelana nesifunda, inani lesikhawu sokwahlulela lingasethwa ngokungafanele.
7. Izinto zokusebenza zinemisebenzi yokubonisa i-alamu njenge-alamu yephutha nokuqapha ingcindezi.
8. Kunezinhlelo zokusebenza ezimbili ezitholakalayo: isiShayina nesiNgisi.
9. Zonke izesekeli eziyinhloko zingeniswa zivela emazweni ahlukene nasezifundeni ezifana ne-Italy, Sweden, Germany, Japan, United States, Taiwan, njll.
10. Idivayisi ingahlonyiswa ngemisebenzi efana “Ne-Smart Energy Analysis and Energy Conservation Management System” kanye “Ne-Smart Equipment Service Big Data Cloud Platform”.
11. Ukuba namalungelo ezimele futhi ezimele empahla yengqondo.