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0~50V 0~5000A 250KW High Power Rectifier for Electrolytic Hydrogen

Ingcaciso yeMveliso:

Iinkcukacha:

Iiparamitha zegalelo: Isigaba esithathu, AC480V±10% ,50HZ

Iiparamitha zemveliso: DC 0~50V 0~5000A

Imo yemveliso: Imveliso eqhelekileyo yeDC

Indlela yokupholisa: ukupholisa amanzi

Uhlobo lonikezelo lwamandla: IGBT-based

Ishishini leSicelo: I-Gesi Electrolysis, efana ne-hydrogen, i-sulphur hexafluoride, i-carbon tetrafluoride, i-sulphur hexafluoride, i-ultra pure ammonia njl.

Ubungakanani bemveliso: 87 * 82.5 * 196cm

Ubunzima obuninzi: 470kg

uphawu

  • Iiparamitha zoNgeno

    Iiparamitha zoNgeno

    Igalelo le-AC 480v±10% iSigaba sesi-3
  • Iiparamitha zokuPhuma

    Iiparamitha zokuPhuma

    DC 0 ~ 50V 0 ~ 5000A ngokuqhubekayo adjustable
  • Amandla emveliso

    Amandla emveliso

    250KW
  • Indlela yokupholisa

    Indlela yokupholisa

    ukupholisa umoya ngenkani / ukupholisa amanzi
  • Ianalog yePLC

    Ianalog yePLC

    0-10V/ 4-20mA/ 0-5V
  • Ujongano

    Ujongano

    RS485/ RS232
  • Imo Yokulawula

    Imo Yokulawula

    uyilo lokulawula kude
  • Umboniso weSkrini

    Umboniso weSkrini

    umboniso wedijithali
  • Ukhuseleko oluninzi

    Ukhuseleko oluninzi

    Ukungabikho kwesigaba sokufudumeza ngaphezulu kwe-voltage ngaphezulu kwesekethe emfutshane yangoku
  • Indlela yokulawula

    Indlela yokulawula

    PLC / Microcontroller

Imodeli kunye neDatha

Inombolo yomzekelo

Imveliso ripple

Ukuchaneka komboniso wangoku

Ukuchaneka komboniso weVolt

CC/CV Ukuchaneka

I-Ramp-up kunye ne-ramp-down

Ukudubula ngaphezulu

GKD50-5000CVC VPP≤0.5% ≤10mA ≤10mV ≤10mA/10mV 0~99S No

Izicelo zeMveliso

Isilungisi segesi ye-electrolytic sisetyenziswa ikakhulu kwi-electrolytic synthesis ye-hydrogen, i-sulphur hexafluoride, i-carbon tetrafluoride, i-sulphur hexafluoride, i-ultra pure ammonia kunye nezinye iigesi ezikhethekileyo.

Ngexesha le-electrolysis, i-cations kwi-electrolyte ifudukela kwi-cathode kwaye ii-electron ziyancipha kwi-anode. I-anion ibalekela kwi-anode kwaye ilahlekelwa yi-electron ukuze ifakwe i-oxidized. Ama-electrode amabini adityaniswe kwisisombululo se-copper sulfate kunye nombane othe ngqo wasetyenziswa. Ngeli xesha, ubhedu kunye ne-hydrogen ziya kufumaneka ukuba zigqithise kwi-plate exhunywe kwi-cathode yokunikezelwa kwamandla. Ukuba i-anode yobhedu, ukuchithwa kobhedu kunye nemvula ye-oksijini kwenzeka ngaxeshanye.

Ukuveliswa kwe-Hydrogen nge-electrolysis yamanzi kukwahlula iimolekyuli zamanzi kwi-hydrogen kunye ne-oksijini ngokusebenzisa inkqubo ye-electrochemical phantsi kwesenzo sangoku ngokuthe ngqo. Ngokwe-diaphragm eyahlukileyo, inokwahlulwa ibe yi-alkaline electrolysis yamanzi, iproton exchange membrane electrolysis kunye ne-slid oxide electrolysis.

Qhagamshelana nathi

(Unako kwakhona Ngena kwaye ugcwalise ngokuzenzekelayo.)

Bhala umyalezo wakho apha kwaye uwuthumele kuthi