I-GGD AC Ikhabhinethi Yamandla Kagesi ephansi ye-GGD AC
Izici zesakhiwo somkhiqizo
A. GGD AC low Voltage Switchgear kagesi indikimba yeKhabhinethi isesimweni sohlaka lwekhabhinethi yendawo yonke eshiselwe ezingxenyeni zasendaweni ezine-8MF(noma ichitshiyelwe yi-8MF) insimbi eyakha ingxenye ebandayo, izingxenye ezihlelekile kanye nezingxenye ezikhethekile zihlinzekwa ngabakhi bensimbi abaqokiwe ukuze qinisekisa ukunemba kanye nekhwalithi.Izingxenye zekhabhinethi yendawo yonke zenzelwe umgomo wemojula enezimbobo zokufaka ezingama-20mm.I-coefficient yayo ephezulu yemali ingabona ukukhiqizwa kwangaphambili efekthri, ifinyeze isikhathi sokukhiqiza futhi ikhulise ukusebenza kahle komsebenzi.
B. Ukuklanywa kweKhabhinethi ye-GGD kucabangela ngokugcwele inkinga yokukhipha ukushisa ngesikhathi sokusebenza.Kunenani elihlukile lemigodi yokukhipha ukushisa phezulu nangaphansi kwekhabhinethi.Lapho izingxenye zikagesi zishisa, inani lokushisa lizokhuphuka, kodwa ukushisa kuzofakwa umoya kusuka phezulu futhi izimbobo ezingezansi zizohlale zengezela umoya opholile futhi zakha indlela yemvelo yokukhipha umoya ukusuka phansi kuye phezulu ekhabetheni elivalekile futhi kufinyelele umgomo. yokukhipha ukushisa.
C. Ngokwezidingo zokuklama zemikhiqizo yesimanje yezimboni, ukwakheka kokubukeka kweKhabhinethi ye-GGD kanye nosayizi wokusika wezingxenye ezihlukahlukene kuyindlela yesigaba segolide, okwenza yonke ikhabethe ibe yinhle futhi inhle.
D. Umnyango wekhabhinethi uxhunywe ku-truss ngeketango elijikelezayo elinyakazayo ukuze kufakwe kalula futhi kuhlakazwe.Kukhona ibha yerabha emise okwe-Shan ohlangothini olugoqayo lomnyango futhi kunebanga elithile lokuminyanisa phakathi komnyango ne-truss lapho umnyango uvala ukuze kuvinjelwe ukuthi umnyango ungqubuzane nekhabhinethi kanye nekilasi Lokuvikela eliqinisiwe lomnyango.
E. Umnyango wensimbi ofakwe izingxenye zikagesi uxhunywe ku-truss enezingxenye eziningi zezintambo zethusi ezithambile izingxenye zokufakwa kanye ne-truss zixhunywe ngezikulufu zesithupha eziboshwe ukuze zakhe isekethe yokuvikela ephansi.
F. Upende onamathelayo uwupende we-polyester omise okuwolintshi noma impushana ye-epoxy, enamandla okunamathela aqinile, umuzwa omuhle wokuthinta.Ikhabethe lonke linombala we-Matt, ogwema umphumela wesiyezi futhi udale indawo ebukekayo enethezekile yabasebenzi abasemsebenzini.
G. Ingaphezulu lekhabhinethi lingahlakazwa uma kunesidingo ukuze kube lula ukuhlanganisa nokulungisa ibha yebhasi enkulu khona lapho.Amakhona amane phezulu kwekhabhinethi afakwe izindandatho endizayo zokuphakamisa nokuthunyelwa.
Isimo semvelo
1. Izinga lokushisa lomoya elizungezile: -5 ℃~+40℃ futhi izinga lokushisa eliphakathi akufanele lidlule +35 ngo-24h.
2. Faka futhi usebenzise endlini.Ukuphakama ngaphezu kwezinga lolwandle endaweni yokusebenza akufanele kudlule i-2000M.
3. Umswakama ohlobene akufanele udlule u-50% ezingeni lokushisa eliphezulu +40.Umswakama ophezulu ohlobene uvunyelwe ezingeni lokushisa eliphansi.Ex.90% at +20.Kodwa ngenxa yokushintsha kwezinga lokushisa, kungenzeka ukuthi amazolo alinganiselayo avele avele nje.
4. Igradient yokufaka ingeqi ku-5.
5. Faka ezindaweni ezingenazo ukudlidliza nokushaqeka okunamandla futhi iziza azinele ukucekela phansi izingxenye zikagesi.
6. Noma iyiphi imfuneko ethile, thintana nenkampani ekhiqizayo.
Imingcele yezobuchwepheshe
Uhlobo | I-voltage elinganiselwe(V) | Ikalwe okwamanje(A) | Ilinganiselwe i- short circuit breaking current(KA) | Isikhathi sokudubula esilinganiselwe simelana nesimanje(KA) | Isilinganiso esiphakeme sokumelana namanje(KA) |
GGD1 | 380 | 1000 600(630) 400 | 15 | 15(1S) | 30 |
GGD2 | 380 | 1500 1600 1000 | 30 | 30(1S) | 63 |
GGD3 | 380 | 3150 (2500)2000 | 50 | 50(1S) | 105 |
Isakhiwo sangaphakathi
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