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0~15V 0~100A Mai Gyaran IGBT don Faranti na Kayan Ado na Zinare Hotunan da aka Fito
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare
  • Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare

Mai Gyara IGBT 0~15V 0~100A don Faranti na Kayan Ado na Zinare

Bayanin Samfurin:

Bayani dalla-dalla:

Sigogi na shigarwa: Mataki ɗaya, AC220V±10% ,50HZ

Sigogi na fitarwa: DC 0~15V 0~100A

Yanayin fitarwa: Fitowar DC ta gama gari

Hanyar sanyaya: Sanyaya iska

Nau'in samar da wutar lantarki: Samar da wutar lantarki bisa IGBT

Masana'antar Aikace-aikace: Masana'antar maganin saman, kamar su electroplating don zinariya, kayan ado, azurfa, nickel, zinc, jan ƙarfe, chrome da sauransu.

Girman samfurin: 40*35.5*15cm

Nauyin da aka saba: 14.5kg

Samfuri & Bayanai

Lambar samfuri

Fitar da walƙiya

Daidaiton nuni na yanzu

Daidaiton nunin volt

Daidaiton CC/CV

Hawan sama da sauka

Harbi fiye da kima
GKD15-100CVC VPP≤0.5% ≤10mA ≤10mV ≤10mA/10mV 0~99S No

Aikace-aikacen Samfura

Datti a cikin jan ƙarfe mai kauri kamar ƙarfe da zinc, waɗanda suka fi jan ƙarfe aiki, suna narkewa da jan ƙarfe zuwa ions (Zn da Fe). Saboda waɗannan ions ba su da sauƙin fashewa idan aka kwatanta da ions na jan ƙarfe, za a iya guje wa ruwan waɗannan ions a kan cathode matuƙar an daidaita bambancin yuwuwar da kyau yayin electrolysis. Ana ajiye ƙazanta marasa amsawa fiye da jan ƙarfe, kamar zinariya da azurfa, a ƙasan tantanin halitta. Faranti na jan ƙarfe da aka samar ta haka, waɗanda ake kira "jan ƙarfe na electrolytic", suna da inganci sosai.

Mai gyara ƙarfin lantarki wani nau'in juyawar wutar lantarki ta AC mai matakai uku zuwa na'urar wutar lantarki ta dc mai daidaitawa. Ana amfani da shi sosai a cikin electroplating, electrolysis, electrochemistry, oxidation, electrophoresis, smelting, electrocasting, sadarwa da sauran fannoni, galibi aluminum, magnesium, lead, zinc, copper, manganese, bismuth, nickel da sauran electrolysis na ƙarfe mara ƙarfe; Ruwan gishiri, gishirin potassium electrolytic caustic soda, potassium alkali, sodium; Potassium chloride electrolysis don samar da potassium chlorate, potassium perchlorate; Dumama waya ta ƙarfe, dumama silicon carbide, tanderun bututun carbon, tanderun graphitization, tanderun narkewa da sauran dumama; Electrolysis na ruwa don samar da hydrogen da sauran filayen wutar lantarki masu ƙarfi.

Tsarkakewar jan ƙarfe ta hanyar amfani da wutar lantarki: ana yin jan ƙarfe mai kauri a faranti mai kauri a matsayin anode, ana yin jan ƙarfe mai tsarki a matsayin siririn takarda kamar cathode, sulfuric acid (H2SO4) da jan ƙarfe sulfate (CuSO4) waɗanda aka haɗa a matsayin electrolyte. Bayan an kunna wutar, jan ƙarfe yana narkewa zuwa ions na jan ƙarfe (Cu) daga anode kuma yana motsawa zuwa cathode, inda ake samun electrons kuma ana haƙa jan ƙarfe mai tsarki (wanda aka fi sani da jan ƙarfe mai haske).

tuntuɓe mu

(Hakanan zaka iya shiga ka cike ta atomatik.)

Rubuta saƙonka a nan ka aika mana da shi

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