Imitha yamandla yangaphandle i-low voltage circuit breaker ngokuzenzekelayo imelana nemishini yokuhlola i-voltage Isithombe esifakiwe

Imitha yamandla yangaphandle i-low voltage circuit breaker ngokuzenzakalela imelana nemishini yokuhlola i-voltage

Incazelo emfushane:

Ukutholwa okuzenzakalelayo: okokusebenza kungathola ngokuzenzakalelayo isimo se-voltage ukumelana nama-breaker circuit we-LV, kugwenywe ukudinwa kanye nokweqiwa okungaba khona kokuhlolwa okwenziwa ngesandla.

Ukumelana Nokuhlolwa Kwe-Voltage: Izinto ezisetshenziswayo ziyakwazi ukwenza ukuhlolwa kokumelana ne-voltage kuma-breaker circuit we-LV, okungukuthi ukusebenzisa amandla kagesi aphezulu kuma-breaker circuit LV ukuze kubhekwe ukuthi angakwazi yini ukumelana ne-voltage elinganiselwe kanye nokuthi ukusebenza kwawo kokushisa kuhle noma cha.

Isibonisi somphumela: Izinto zokusebenza zingabonisa umphumela wokuhlolwa kwamandla kagesi, okuhlanganisa ukuthi iyaphumelela yini isivivinyo, inani le-voltage elimelana nolunye ulwazi, ukuze abasebenzi bakwazi ukwahlulela ukuthi i-LV circuit breaker iyahlangabezana yini nezidingo.

Ukuphatha okungavamile: Uma kwenzeka noma yikuphi ukungahambi kahle ngesikhathi sokuhlolwa kwe-standard voltage, okokusebenza kungakhipha i-alamu futhi kunikeze iziphakamiso zokusingatha ezihambisanayo, ezingasiza abasebenzi ukuthi bathole inkinga kusenesikhathi futhi bathathe izinyathelo zokulungisa noma ukufaka esikhundleni se-LV circuit breaker.

Ukuqoshwa Kwedatha: Izinto zokusebenza zingarekhoda imiphumela yokuhlolwa kwe-voltage ngakunye ukuze kuhlaziywe futhi kubhekiswe kuzo. Lokhu kusiza ukuhlola ukusebenza kwesikhathi eside kwama-low voltage circuit breaker futhi kunikeze izinyathelo zokuphepha nezokuthuthukisa.

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Okwedlule: Imitha yamandla yangaphandle ye-low voltage circuit breaker imishini yokuhlola itorque yesikulufa esizenzakalelayo

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

1. I-voltage yokufaka imishini; 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. Ububanzi bokukhipha amandla aphezulu: 0-5000V; Ukuvuza kwamanje kutholakala kumazinga ahlukene we-10mA, 20mA, 100mA, kanye no-200mA.
6. Ukutholwa kwesikhathi sokufakwa kwamandla kagesi aphezulu: Imingcele ingasethwa ngokuzenzakalelayo ukusuka ku-1 kuya ku-999S.
7. Imvamisa yokutholwa: izikhathi ze-1-99. Ipharamitha ingasethwa ngokuzenzakalelayo.
8. Isimo sokutholwa kwamandla kagesi aphezulu: Uma umkhiqizo usesimweni esivaliwe, thola ukumelana nogesi phakathi kwezigaba; Uma umkhiqizo usesimweni esivaliwe, hlola ukumelana kwe-voltage phakathi kwesigaba nepuleti eliphansi; Uma umkhiqizo usesimweni esivaliwe, hlola ukumelana kwe-voltage phakathi kwesigaba nesibambo; Uma umkhiqizo usesimweni esivulekile, hlola ukumelana ne-voltage phakathi kwemigqa engenayo naphumayo.
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.