TORCHN Deep Cycle 12V 250Ah Baturi
Siffofin
1. Ƙananan Juriya na Ciki
2. Ingancin Inganci, Mafi Kyawun daidaito
3. Kyau mai Kyau, Tsawon rai
4. Low zafin jiki resistant
5. Fasahar bangon igiya za ta yi jigilar aminci.
Aikace-aikace
Ana iya amfani da samfuran baturi mai zurfi.our Samfuraren a cikin UPS, SOLAR TOWENTY, Tsarin wutar lantarki, tsarin masarufi da kuma sadarwa da kuma sadarwa da sauransu.
Baturin sake fasalin mu yana samar da isasshen iko don bukatun kuzarin ku.An gina shi don tsayayya da amfani da mawuyacin yanayi mai tsananin nauyi da matsananci, yana sanya shi zaɓi zaɓi na Grid da aikace-aikacen nesa.Ko kuna dogaro ne akan makamashi na rana, ƙarfin iska, ko wasu hanyoyin makamashi mai sabuntawa, an tsara batir ɗinmu don isar da aikin da kuke buƙata.
Siga
Cell Per Unit | 6 |
Voltage Kowane Raka'a | 12V |
Iyawa | 250H @ 10HARA zuwa ga 1.80V a kowace tantanin @ 25 ° C |
Nauyi | 64kg |
Max.Fitar Yanzu | 1000 A (5 seconds) |
Juriya na ciki | 3.5M Omega |
Tsawon Zazzabi Mai Aiki | Fitarwa: -40°c ~ 50°c |
Cajin: 0°c ~ 50°c | |
Adana: -40°c ~ 60°c | |
Aiki na al'ada | 25°c±5°c |
Cajin ruwa | 13.6 zuwa 14.8 VDC/matsakaicin raka'a a 25°c |
Ya Shawarar Matsakaicin Cajin Yanzu | 25 A |
Daidaitawa | 14.6 zuwa 14.8 VDC/matsakaicin raka'a a 25°c |
Zubar da Kai | Ana iya adana batura sama da watanni 6 a 25°c.Adadin fitar da kai kasa da 3% a wata a 25°c.Da fatan za a yi caji baturi kafin amfani. |
Tasha | Tashar tashar F5/F11 |
Kayan kwantena | ABS UL94-HB, UL94-V0 Na zaɓi |
Girma
Tsarin tsari
Shigarwa da Amfani
Bidiyon Factory da Bayanin Kamfanin
FAQ
1. Kuna yarda da keɓancewa?
Ee, an karɓi keɓancewa.
(1) Za mu iya keɓance maka launi na harkashin baturi.Mun samar da ja- baki, rawaya-baki, fari-kore da orange-kore bawo ga abokan ciniki, yawanci a 2 launuka.
(2) Hakanan zaka iya keɓance maka tambarin.
(3) Hakanan za'a iya tsara muku ƙarfin ƙarfin, yawanci a cikin 24ah-300ah.
2. Kuna da mafi ƙarancin oda?
Yawanci e, idan kuna da mai jigilar kaya a China don ɗaukar muku jigilar kaya.Hakanan za'a iya siyar muku da baturi ɗaya, amma kuɗin jigilar kaya yawanci zai fi tsada.
3. Tasirin wuta akan batir?
Baturin zai kama wuta yayin aikin shigarwa, idan yana cikin 1s na ɗan gajeren lokaci, alhamdulillahi, ba zai shafi baturin ba.Kuna mamakin menene halin yanzu a lokacin tartsatsi?!!Son sani ne na ci gaba na ɗan adam! Resurancin batir yana da yawa milormms, da ƙarfin ƙarfin baturi ne kusan 12.5v, muna ɗauka cewa juriya na batir shine 15㏁, na yanzu = Voltage / juriya na ciki (na yanzu = 12.5 / 0..015≈833A), nan take halin yanzu zai iya narke mai ban mamaki.Idan an tsara baturin a cikin jerin da layi ɗaya, to dole ne ku kula da shi, tabbatar da bincika layin sannan a haɗa bas zuwa iko.Idan an haɗa baturi a baya, to tsarin zai buɗe bayan an haɗa bas ɗin.Da alama batir zai ƙone!Tabbatar duba!
4. Menene matsakaicin lokacin jagora?
Yawancin lokaci 7-10 kwanaki.Amma saboda mu masana'anta ne, muna da iko sosai kan samarwa da isar da oda.Idan batir ɗin ku suna cike a cikin kwantena cikin gaggawa, za mu iya yin shiri na musamman don hanzarta samarwa a gare ku.3-5 kwanaki a mafi sauri.
5. Menene bambance-bambance tsakanin baturan AgM da kuma batura na agm-gel?
(1).Kwatawar da aka saba amfani da tsabta na sulfuric acid na ruwa mai ruwa mai ruwa azaman hanyar lantarki, kuma don tabbatar da baturin lantarki, an tsara baturin lantarki don zama lokacin farin ciki;yayin da electrolyte na batirin AGM-GEL an yi shi da silica sol da sulfuric acid, ƙaddamar da maganin sulfuric acid Ya kasance ƙasa da baturin AGM, kuma adadin electrolyte shine 20% fiye da na baturin AGM.Wannan electrolyte yana wanzuwa a cikin yanayin colloidal kuma an cika shi a cikin mai rarrabawa da kuma tsakanin ingantattun na'urori masu kyau da marasa kyau.Sulfuric acid electrolyte yana kewaye da gel kuma baya baya Lokacin da yake fitowa daga baturi, ana iya sanya farantin ya zama sirara.
(2).Baturin Agm yana da halayen ƙananan juriya na cikin gida, ƙarfin sakin sanyi na yanzu yana da ƙarfi sosai;kuma juriya na ciki na batirin AGM-GEL ya fi na batirin AGM girma.
(3).Dangane da halin rayuwa, baturan gel-gel zai zama mafi tsayi fiye da baturan AgM.