samfurori

HARDWARE CONFIGURATION

SPEEDTRONIC ™ Mark V tsarin sarrafa turbin gas an tsara shi musamman don GE gas da injin tururi, kuma yana amfani da adadi mai yawa na kwakwalwan kwamfuta na CMOS da VLSI da aka zaɓa don rage lalata wutar lantarki da haɓaka aiki.Sabuwar ƙira ta ɓatar da ƙarancin ƙarfi fiye da al'ummomin da suka gabata don daidaitattun bangarori.Iskar yanayi a mashigin mashigai ya kamata ya kasance tsakanin 32 F da 72 F (0 C da 40 C) tare da zafi tsakanin 5 zuwa 95%, mara sanyaya.Madaidaicin panel shine NEMA 1A panel mai tsayi inci 90, faɗin inci 54, zurfin inci 20, kuma yana auna kusan fam 1,200.Hoto na 11 yana nuna panel tare da rufe kofofin.

Don injin turbin gas, madaidaicin panel yana aiki akan ƙarfin baturi na naúrar 125 volt DC, tare da shigar da ƙarin AC a 120 volt, 50/60 Hz, wanda ake amfani dashi don injin wuta damai sarrafawa.Ma'auni na al'ada zai buƙaci 900 watts na DC da 300 watts na karin y AC ikon.A madadin, ƙarfin taimakon zai iya zama 240 volt AC 50 Hz, ko kuma ana iya ba da shi daga zaɓin inverter baƙar fata daga baturi.

Samfurin rarraba wutar lantarki yana daidaita ƙarfin kuma yana rarraba shi zuwa ga kowane nau'in wutar lantarki don na'urori masu yawa ta hanyar fuses masu maye gurbin.Kowane tsarin sarrafawa yana ba da nasa tsarin bas ɗin DC ta hanyar masu canza AC/DC.Waɗannan suna iya karɓar kewayon DC mai shigowa mai fa'ida sosai, wanda ke sa ikon yin jure wa mahimman ƙarfin ƙarfin baturi, kamar waɗanda ke haifar da fara injin dizal.Ana kula da duk hanyoyin wutar lantarki da bas ɗin da aka tsara.Ana iya maye gurbin kayan wutar lantarki na ɗaya ɗaya yayin turbine yana gudana.

The Interface Data Processor, musamman m, ana iya yin amfani da wutar lantarki ta gida.Wannan zai kasance koyaushe lokacin da ɗakin kulawa na tsakiya yana da tsarin samar da wutar lantarki mara katsewa (UPS).AC ga na gidaZa a ba da na'ura mai sarrafawa ta hanyar kebul daga SPEEDTRONIC™ Mark V panel ko kuma daga ikon gida.An gina panel ɗin cikin tsari na zamani kuma an daidaita shi sosai.Ana nuna hoton ciki na panel a cikin hoto na 12, kuma ana gano na'urori a wuri a cikin hoto na 13. Kowane ɗayan waɗannan kayayyaki kuma an daidaita su, kuma ana nuna nau'in sarrafawa na yau da kullun a cikin hoto na 14. Suna nuna raƙuman katin da ke karkatar da su don haka. katunan za a iya isa ga daidaiku.

Ana haɗa katunan ta igiyoyin ribbon da aka ɗaure a gaba waɗanda za a iya cire haɗin su cikin sauƙi don dalilai na sabis.Karɓar tarkacen katin baya a wuri da rufe murfin gaba yana kulle katunan a wuri.

An yi tunani mai zurfi game da yadda ake tafiyar da wayoyi masu shigowa don rage hayaniya da magana.An sanya wayoyi mafi sauƙi don sauƙin shigarwa.Ana gano kowace waya cikin sauƙi kuma sakamakon shigarwa yana da kyau.

Sarrafa
– Ikon naúrar
- Gudanar da janareta (ko sarrafa kaya)
– Gudanar da ƙararrawa
- Gudanar da hannu (misali)
• Matsayin kaya da aka zaɓa
• Gudanar da jagorar shigarwa
• Ikon sarrafawa
• Maganar bugun mai
• Gudanar da taimako
• Wankan ruwa
• Gwajin wuce gona da iri na injina
• Bayanai (misali)
– Yanayin zafi
– Yanayin zafin mai
– Yanayin yanayin motsi
– Yanayin janareta
– Jijjiga
- Masu ƙidayar lokaci da ƙididdiga na taron
– Bayanan kula da fitarwa
– Matsayi mai ma'ana
• Kwangiloli a ciki
• Sake fitarwa
• Hankali na ciki
– Bukatar nuni
• Shiga lokaci-lokaci
• Gudanarwa-
– Saita lokaci/kwanaki
– Zaɓi raka'a ma'auni
– Nuna lambobin tantancewa
– Canja lambar tsaro
• Kulawa / Bincike
– Control reference
– Kayan aikin daidaitawa
– Tuning kayan aikin
• Canje-canje na yau da kullun
- Mai sarrafa kayan aiki ta atomatik
– Nunin tafiya
- Nunin gudu
– Tilasta hankali
- Ƙararrawa na bincike
– Nuni na bincike
• Kashe layi
• Kan layi
– Samun damar ƙwaƙwalwar ajiyar tsarin