YADDA AKE RARRABA BATIRI NA KARFIN ZINC DA BATIRI
YADDA AKE RARRABA BATTERY KARBAN ZINC DA BATIRI,
BATTERY CARBON ZINC / ALKALINE BATTERY / SUPER HEAVY DUTY BATTERY / ULTRA ALKALINE BATTERY / POWER BATTERY,
TECH SPECS
1.Kwafi
1.1 Matsayin Magana
GB/T8897.1 (IEC60086-1, MOD) (Batir na Farko Kashi na 1: Gabaɗaya)
GB/T8897.2 (IEC60086-2, MOD) (Batir na Farko Part2: Girma da Bukatun Fasaha)
GB8897.5 (IEC 60086-5, IDT) (Batir na Farko Part5: Tsaro na batura tare da ruwa mai ruwa)
1.2 Matsayin Kare Muhalli
Baturin ya cika ma'aunin umarnin baturi na EU 2006/66/EC.
2.Chemical tsarin, Voltage da Zayyana
Tsarin sinadaran: Zn-MnO2 (KOH), ba tare da Hg & Cr
Ƙarƙashin Ƙarfafawa: 1.5V
Nadi: IEC: LR6 ANSI: AA JIS: AM-3 Wasu: 24A, E91
Takaddun kewayon Yanayin Yanayin aiki na -20 ℃ zuwa +60 ℃
3. Girman Baturi
Baturi ya dace da ma'aunin hoto
3.1 Kayan aikin dubawa
Yin amfani da calipers vernier wanda madaidaicin ya kai 0.02mm. don gujewa gajeriyar kewayawa, yakamata a liƙa akan kayan rufewa ɗaya a ƙarshen vernier calipers.
3.2 Hanyar Karɓa
Amfani da shirin samfurin GB2828.1-2003, samfurin S-3 na musamman, iyakance ingancin yarda: AQL=1.0
Nauyi Da Ƙarfin Cajin
Nauyin baturi game da:22.0g
Ikon fitarwa: 2200mAh (Loading43Ω, 4h / rana, 20 ± 2 ℃ RH60 ± 15%, Ƙarshen Ƙarshen Wuta 0.9V)
5. Buɗe wutar lantarki, ƙarfin caji da gajeren lokaci
| Aikin | Buɗe Wutar Lantarki (V) | Loading Voltage (V) | Voltage na gajeren lokaci (A) | Samfuran Wutar Lantarki |
| A cikin watanni 2 Sabuwar baturi | 1.60 | 1.45 | 7.00 | GB2828.1-2003 Samfura ɗaya, Samfura na musamman S-4,AQL=1.0 |
| Ajiye watanni 12 a cikin zafin jiki | 1.56 | 1.40 | 6.00 | |
| Yanayin dubawa | Loading 3.9Ω, lokacin lodawa 0.3s, zafi: 20± 2℃ | |||
6. Ikon Fitar
| Zazzagewa: 20± 2 ℃ | |||||
| Sharadi | GB/T8897.2-2008 Abubuwan bukatu | Matsakaicin Matsakaicin Lokacin Fitowa | |||
| Loda | Hanya Mai Sauri | Ƙarshen Wutar Wuta | Sabbin baturi wata 2 | Baturin ajiya na watanni 12 | |
| 43Ω | 4 h/d | 0.9 V | 65h ku | 85h ku | 78h ku |
| 3.9Ω | 1 h/d | 0.8 V | 4.5h ku | 6.5h ku | 6h |
| 24Ω | 15s/min,8h/d | 1.0 V | 31h ku | 40h ku | 36h ku |
| 3.9Ω | 24h/d | 0.9 V | / | 340 min | 310 min |
| 10Ω | 24h/d | 0.9 V | / | 17.5h | 16h ku |
Yarda da mafi ƙarancin lokacin fitarwa
1. Gwajin batura 9 na kowane hanyar fitarwa;
2. Sakamakon matsakaicin lokacin fitarwa daga kowane ma'aunin fitarwa zai zama daidai ko fiye da matsakaicin matsakaicin lokacin da ake buƙata; babu fiye da baturi ɗaya yana da fitarwar sabis ƙasa da 80% na ƙayyadadden buƙatu;
3. Sakamakon matsakaicin lokacin caji daga kowane ma'auni na fitarwa zai zama daidai ko fiye da matsakaicin matsakaicin lokacin da ake buƙata, idan baturi ɗaya yana da fitarwar sabis ƙasa da 80% na ƙayyadaddun buƙatun sannan ɗauki wani guda 9 don sake gwadawa. Wannan adadin batura sun cancanci idan sakamakon ya cika tanadin NO.2. Idan bai cancanta ba to ba zai sake gwadawa ba.
7. Anti-leakage ikon
| Aikin | Sharadi | Abubuwan bukatu | Cancanta Daidaitawa |
| Fiye da Fitarwa | Ci gaba da fitarwa 48h a cikin 20 ± 2 ℃, danshi 60 ± 15%, lodin yanayin 10Ω. | Babu yabo ta duban gani | N=9 Ac=0 Re=1 |
| Ma'ajiyar zafi mai zafi | Ajiye a cikin 60 ± 2 ℃, dangi zafi 90% yanayin na kwanaki 20. | N=30 Ac=1 Re=2 |
8. Bukatun Tsaro
| Aikin | Sharadi | Abubuwan bukatu | Ma'auni mai cancanta |
| Gajeren kewayawa na waje | Yin amfani da waya don haɗa sandar inganci da mara kyau a cikin 20 ± 2 ℃ na 24h. | Babu Fashewa | N=5 Ac=0 Re=1 |
| Kayan aiki mara kyau | Batura 4 a jerin haɗin kai, ɗayansu yana cikin haɗin baya. | Yabo ya faru a kan baturin da ke juyawa ko kuma zafin harsashi ya ragu zuwa yanayin ɗaki | N=4×5 Ac=0 Re=1 |
Alamu
Alamu masu zuwa suna jikin baturin:
1. Samfura: LR6/AA
2. Mai ƙira da alama: Sunmol ®
3. Sandunan baturi: "+"da"-"
4. Ranar ƙarewa ko kwanan wata masana'anta
5. Gargadi.
Tsanaki Don Amfani
1. Ba za a iya cajin wannan baturi ba, yayyo da fashewa na iya faruwa lokacin caji.
2. Tabbatar cewa baturin yana cikin madaidaicin matsayi kamar + da -.
3. An haramta yin gajeriyar kewayawa, dumama, zubar da wuta ko harhada baturi.
4. Ba za a iya tilasta fitar da baturi ba, wanda ke haifar da yawan iskar gas kuma yana iya haifar da kumbura, yayyowa da yanke hula.
5. Sabbin batura da waɗanda aka yi amfani da su ba za a iya amfani da su a lokaci guda ba. Ana ba da shawarar yin amfani da alamar iri ɗaya yayin maye gurbin batura.
6. Ya kamata a fitar da baturin daga na'urar wanda ba za a dade da amfani da shi ba.
7. Ya kamata a fitar da batirin da ya ƙare daga na'urar.
8. An haramta batir ɗin walda ko zai haifar da lalacewa.
9. Ya kamata a adana batura daga yara, idan sun haɗiye, tuntuɓi likita nan da nan.
11. Kunshin al'ada
Kowane baturi 2,3 ko 4 a cikin kunshin raguwa, guda 60 a cikin akwatin ciki ɗaya, kwalaye 12 a cikin kwali ɗaya.
12. Adana da Karewa
1. Ya kamata a saka batura a cikin sanyi, bushe kuma tare da wurare masu gudana
2. Kada a fallasa baturan a cikin hasken rana ko a wuraren damina.
3. Kada ku haɗa batura waɗanda ba tare da lakabi ba
4. Adana a cikin 20 ℃ ± 2 ℃, 60% ± 15% RH yanayin. Lokacin ajiya shine shekaru 3.
13. Nau'in fitar da ruwa mara kyau
Yanayin fitarwa: 20 ℃ ± 2 ℃, RH60 ± 15%
gaya bambanci tsakanin baturan alkaline da batura carbon? Ku shigo ku koya!
Batirin alkaline da batir carbon carbon biyu ne daga cikin mafi yawan batura a kasuwa a yau. Dukansu busassun batura ne, amma kayan da ake amfani da su don samar da waɗannan batura biyu sun bambanta, suna ba su halaye daban-daban.
A matsayin manyan nau'ikan busassun batura, duka biyun suna iya samar da makamashi don wasu samfuran lantarki, amma akwai bambance-bambance a bayyane tsakanin su biyun. A yau, batura na alkaline sun fi na batura na carbon kuma suna da fa'idar aikace-aikace.
Bari mu fara magana game da batirin carbon. Batura Carbon sune batir ɗinmu na ƙarni na farko da za'a iya zubar da su. Suna da ƙayyadaddun ƙayyadaddun iya aiki da ƙarancin fitarwa na yanzu, kuma sun dace da amfani da su a cikin kayan aiki tare da fitarwa mara ƙarfi na yanzu. Fa'idodin batirin carbon shine cewa suna da ƙarancin farashi kuma suna da aminci. Kafin haihuwar batirin alkaline, sun taɓa shahara a ƙasata. Koyaya, irin wannan baturi ya ƙunshi wasu ƙarfe masu nauyi waɗanda ke cutar da yanayin yanayi. Idan aka jefar da shi a hankali, zai haifar da lahani ga muhalli. Lalacewa, don haka irin wannan baturi dole ne a sake sarrafa shi bayan amfani.
Bari mu kalli batirin alkaline. Batura na Alkalin baturi ne gama gari a zamanin yau. Idan aka kwatanta da batura na tushen carbon, batura na alkaline suna da ƙarfi mafi girma, isassun halin yanzu, da ingantacciyar ƙarfin lantarki, don haka sun shahara sosai a kasuwa. Batura na alkaline sun dace da kayan lantarki da samfuran da ke buƙatar tsayayyen fitarwa da dogon lokacin fitarwa. Haka kuma, juriya na ciki na irin wannan baturi yana da ɗan ƙaramin ƙarfi, kuma ƙarfin da yake samarwa ya fi girma fiye da na batirin carbon na yau da kullun. Batura na alkaline kuma suna da kyakkyawan kariyar muhalli, wanda kuma shine bambanci tsakanin su da batir carbon. Misali, batirin alkaline da SUNMOL ke samarwa, DG SUNMO ALKLAINE BATTERY, ba su da mercury kuma ba su da cadmium. Ba za su haifar da lahani ga muhalli ba bayan an watsar da su a yanayi. Babu buƙatar sake yin amfani da ƙwararru bayan amfani.
Daga mahangar tsarin baturi, cikakken sunan batirin carbon shine baturin carbon-zinc, wanda ya ƙunshi sandunan carbon da fatar zinc; yayin da batura alkaline yawanci suna amfani da maganin potassium hydroxide mai ƙarfi sosai a matsayin babban sashi, kuma juriya na ciki na baturi yayi ƙasa, don haka yana samar da A halin yanzu ya fi girma fiye da na batirin carbon na yau da kullun.
Dangane da rayuwar shiryayye, batirin carbon gabaɗaya suna da tsawon rayuwar shekara ɗaya zuwa biyu; yayin da batirin alkaline ke da tsawon rai, irin su DG SUNMO batirin alkaline, waɗanda ke da ƙarfin kuzari na tsawon shekaru 10, don haka zaku iya adana su cikin aminci idan kun sayi ƙarin.
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