Imitha yamandla ombane yangaphandle isaphuli sesekethe yombane ephantsi ngokuzenzekelayo ukumelana nezixhobo zovavanyo lombane obonakalisiweyo

Imitha yamandla yangaphandle isaphuli sesekethe yombane ephantsi ngokuzenzekelayo ukumelana nezixhobo zokuvavanya amandla ombane

Inkcazelo emfutshane:

Ukufunyanwa ngokuzenzekelayo: isixhobo sinokubona ngokuzenzekelayo umbane wokumelana nemeko yezaphuli zesekethe ye-LV, ukunqanda ukudinwa kunye nokushiywa okunokwenzeka kokuhlolwa ngesandla.

Ukumelana noVavanyo lweVolthage: Isixhobo siyakwazi ukuqhuba uvavanyo lombane kwizaphuli zesekethe ze-LV, oko kukuthi, ukusebenzisa amandla ombane aphezulu kwizaphuli zesekethe ze-LV ukujonga ukuba ziyakwazi na ukumelana nombane olinganisiweyo kunye nokuba ukusebenza kwazo kokugquma kulungile okanye akunjalo.

Umboniso wesiphumo: Isixhobo sinokubonisa umphumo wovavanyo lokumelana nombane, kubandakanywa nokuba luphumelele uvavanyo, ixabiso lombane lokumelana kunye nolunye ulwazi, ukwenzela ukuba abasebenzi banokugweba ukuba i-circuit breaker ye-LV iyahlangabezana neemfuno.

Ukuphathwa okungaqhelekanga: Ukuba kukho nakuphi na ukungaqhelekanga okwenzekayo ngexesha lovavanyo lokumelana nombane, isixhobo sinokukhupha i-alam kwaye sinikeze iingcebiso ezifanelekileyo zokuphatha, ezinokunceda abasebenzi bafumane ingxaki ngexesha kwaye bathathe amanyathelo okulungisa okanye ukubuyisela i-breaker circuit ye-LV.

Ukurekhodwa kwedatha: Isixhobo sinokurekhoda iziphumo zovavanyo ngalunye lokumelana ne-voltage ukuhlalutya okulandelayo kunye nereferensi. Oku kunceda ukuvavanya ukusebenza kwexesha elide lokuqhawula i-voltage ephantsi kunye nokubonelela ngamanyathelo okhuseleko kunye nokuphucula.

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Ngaphambili: Imitha yamandla yangaphandle yombane ophantsi wesekethe isiqhekeza isixhobo sovavanyo lwetorque ezenzekelayo

Okulandelayo: Imitha yamandla yangaphandle ye-low-voltage circuit breaker ezenzekelayo ngoko nangoko, ivaliwe, imelana nezixhobo zokuvavanya amandla ombane

1. Isixhobo sombane wokungenisa; 380V ± 10%, 50Hz; ± 1Hz;
2. Iipali zokuhambelana kwesixhobo: 1P, 2P, 3P, 4P, 1P + imodyuli, 2P + imodyuli, 3P + imodyuli, 4P + imodyuli.
3. Isigqi sokuvelisa izixhobo: ≤ imizuzwana eyi-10 ngepali nganye.
4. Imveliso yeshelufu efanayo inokutshintshwa phakathi kwezibonda ezahlukeneyo ngokuchofoza nje enye okanye ngokuskena ikhowudi; Iimveliso ezahlukeneyo zeqokobhe zifuna ukutshintshwa kwesandla sokubumba okanye ukulungiswa.
5. Uluhlu oluphezulu lwemveliso yombane: 0-5000V; Ukuvuza kwangoku kufumaneka kumanqanaba ahlukeneyo e-10mA, 20mA, 100mA, kunye ne-200mA.
6. Ukubona ixesha lokufakelwa kwe-voltage ephezulu: Iiparamitha zingasetwa ngokungaqhelekanga ukusuka kwi-1 ukuya kwi-999S.
7. Ukufunyanwa rhoqo: amaxesha angama-1-99. Iparameter inokumiselwa ngokungenasizathu.
8. Isikhundla esiphezulu sokufumanisa amandla: Xa imveliso ikwimeko evaliweyo, qaphela ukuchasana kombane phakathi kwezigaba; Xa imveliso ikwimeko evaliweyo, jonga ukumelana nombane phakathi kwesigaba kunye neplate ephantsi; Xa imveliso ikwimeko evaliweyo, jonga ukumelana nombane phakathi kwesigaba kunye nesibambo; Xa imveliso ikwimeko evulekileyo, jonga ukuxhathisa kombane phakathi kwemigca engenayo nephumayo.
9. Imveliso inokuvavanywa ngokuthe tye okanye ngokuthe nkqo njengendlela yokuzikhethela.
10. Isixhobo sinemisebenzi yokubonisa i-alamu efana ne-alarm yephutha kunye nokubeka iliso loxinzelelo.
11. Zimbini iinkqubo zokusebenza ezikhoyo: isiTshayina nesiNgesi.
12. Zonke izincedisi ezingundoqo zingeniswa kumazwe ahlukeneyo nakwimimandla efana ne-Itali, iSweden, iJamani, iJapan, iUnited States, neTaiwan.
13. Isixhobo sinokuxhotyiswa ngokuzikhethela ngemisebenzi efana ne-Smart Energy Analysis kunye neNkqubo yoLawulo loLondolozo lwamandla kunye ne-Smart Equipment Service ye-Big Data Cloud Platform.
14. Ukuba namalungelo azimeleyo epropathi enomgangatho ophezulu wokuqonda.