cpbjtp

0 ~ 12V 0 ~ 800A IGBT na tushen Rectifier don Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙira

Bayanin samfur:

Ƙayyadaddun bayanai:

Siffofin shigarwa: Mataki na uku AC380V± 10%, 50HZ

Sigar fitarwa: DC 0 ~ 12V 0 ~ 800A

Yanayin fitarwa: Fitowar DC gama gari

Hanyar sanyaya: sanyaya iska

Nau'in samar da wutar lantarki: Tushen IGBT Samar da Wutar Lantarki Mai Girma

Masana'antu Aikace-aikace: Electrolytic jan karfe foil masana'antu

Girman samfur: 50*40*25cm

Net nauyi: 28kg

fasali

  • Ma'aunin shigarwa

    Ma'aunin shigarwa

    Shigar da AC 480v± 10% 3 Mataki
  • Ma'aunin fitarwa

    Ma'aunin fitarwa

    DC 0 ~ 50V 0 ~ 5000A ci gaba da daidaitacce
  • Ƙarfin fitarwa

    Ƙarfin fitarwa

    250KW
  • Hanyar sanyaya

    Hanyar sanyaya

    sanyaya iska mai tilastawa / sanyaya ruwa
  • PLC Analog

    PLC Analog

    0-10V/ 4-20mA/ 0-5V
  • Interface

    Interface

    Saukewa: RS485/RS232
  • Yanayin Sarrafa

    Yanayin Sarrafa

    ƙirar nesa
  • Nunin allo

    Nunin allo

    nuni na dijital
  • Kariya da yawa

    Kariya da yawa

    rashin lokaci kan dumama over-voltage over-current circuit
  • Hanyar sarrafawa

    Hanyar sarrafawa

    PLC / Microcontroller

Model & Bayanai

Lambar samfurin

Fitowar ripple

Madaidaicin nuni na yanzu

Madaidaicin nunin volt

Daidaitaccen CC/CV

Ramp-up da ramp-down

Yawan harbi

Saukewa: GKD12-800CVC VPP≤0.5% ≤10mA ≤10mV ≤10mA/10mV 0 ~99S No

Aikace-aikacen samfur

Bakin jan ƙarfe na Electrolytic yana nufin kayan jan ƙarfe a matsayin babban ɗanyen abu, ta yin amfani da samar da foil na jan ƙarfe na lantarki. Narkar da jan karfe abu da jan karfe sulfate bayani, sa'an nan a cikin electrolytic kayan aiki, jan karfe sulfate bayani ta hanyar kai tsaye halin yanzu electrodeposition kuma sanya na asali tsare, sake dauka a kan coarsening, curing, zafi resistant, lalata resistant Layer, hana hadawan abu da iskar shaka Layer surface jiyya, kamar lithium. lantarki jan karfe tsare axial-flow compressor.in domin main surface hadawan abu da iskar shaka magani, a karshe sanya bayan yankan, gwada ƙãre samfurin.

A lokacin electrolysis, cations a cikin electrolyte ƙaura zuwa cathode da electrons an rage a anode. Anion yana gudu zuwa anode kuma ya rasa electrons don zama oxidized. An haɗa na'urori biyu a cikin maganin jan karfe sulfate kuma an yi amfani da halin yanzu kai tsaye. A wannan lokacin, za a sami jan ƙarfe da hydrogen suna hazo daga farantin da aka haɗa da cathode na samar da wutar lantarki. Idan anode na jan karfe ne, rushewar jan karfe da hazo oxygen suna faruwa a lokaci guda.

An shigar da tsarin samar da wutar lantarki mai saurin jujjuyawar mai daidaitawa a cikin madaidaicin majalisar, kuma an haɗa shi da cathode da anode bas na janareta na foil ta hanyar fitowar bas ɗin. Tsaftace bayyanar, m tsari. Babban ƙarfin jujjuyawa yadda ya dace, rage farashin amfani da abokin ciniki. Samar da wutar lantarki yana ɗaukar yanayin madadin N + 1, wanda zai iya fahimtar kula da thermal na injin gabaɗaya kuma tabbatar da ci gaba da samarwa ta abokan ciniki.

tuntube mu

(Za ku iya kuma shiga kuma ku cika ta atomatik.)

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