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I-Ni-MH FR6 FR03 AA AAA ibhethri elishajekayo
Ukuzikhipha okuphansi futhi kuhambisana nemvelo
Ilungele ukusetshenziswa kunoma yimaphi amashaja
Ukusebenza okuhle kakhulu -20 ℃ kuya ku-50 ℃
Recycle+ amabhethri anomjikelezo oyi-1000 nokonga okukhulu -
I-DG Sunmo 1.5V LR6 AM3 Ibhethri ye-Alkaline AA
Lokhu kucaciswa kunikeza izimfuneko zobuchwepheshe zebhethri le-alkaline manganese dioxide (LR6). Izimfuneko nosayizi kufanele kwanelise noma kube ngaphezu kwe-GB/T8897.1 kanye ne-GB /T8897.2 uma zingekho ezinye izimfuneko zemininingwane. -
I-DG Sunmo 1.5V LR14 AM2 Ibhethri ye-Alkaline C
I-alkaline C yebhethri ye-voltage yegama ingu-1.5V.Isikhathi sokukhipha amabhethri e-DG Sunmo Alkaline C imizuzu engu-1100 (-0.9V).Njengebhethri le-D, usayizi webhethri u-C umisiwe kusukela ngo-1920s.
Ibhethri le-C libizwa ngokuthi “14″ kumazinga amanje we-ANSI wegama lebhethri, futhi ibhethri le-Alkaline C kumazinga e-IEC liqanjwe ngokuthi “LR14″.
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I-DG Sunmo 1.5V LR03 AM4 Ibhethri ye-Alkaline AAA
Ibhethri ye-Alkaline AAA (noma ibhethri ye-LR03) ingusayizi ojwayelekile webhethri yeselula eyomile.Ibhethri elilodwa noma amaningi e-AAA avame ukusetshenziswa kumishini kagesi edonsa amanzi aphansi.I-alkaline ibhethri elikulo sayizi likhethwe i-IEC njenge-LR03, nge-ANSI C18.1 njengo-24, ngezinga elidala le-JIS njenge-AM-4, kanye nomunye umkhiqizi kanye namagama ajwayelekile kazwelonke ahluka kuye ngekhemistri yeseli.Usayizi wethulwa okokuqala yi-American Ever Ready Company ngo-1911.
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I-DG Sunmo 1.5V LR20 AM1 Ibhethri ye-Alkaline D
Ibhethri ye-ALKALINE D (iseli ye-D noma i-IEC LR20) iwusayizi omisiwe weseli eyomile.Iseli ye-AD iyisilinda ngokuthinta ugesi ekugcineni ngakunye;isiphetho esihle sinenub noma iqhubu.Amaseli ka-D ngokuvamile asetshenziswa ezinhlelweni zokudonsa amanzi zamanje eziphezulu, njengakumathoshi amakhulu, izamukeli zomsakazo, nama-transmitter, namanye amadivaysi adinga isikhathi eside sokusebenza.
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I-DG Sunmo Izinga eliphezulu 6LR61 9V Ibhethri Le-alkaline
Ibhethri le-9-volt, liyi-voltage yebhethri evamile.Amabhethri anobukhulu obuhlukahlukene namandla akhiqizwa;usayizi ojwayeleke kakhulu waziwa ngokuthi i-PP3, eyethulwa imisakazo yokuqala ye-transistor.I-PP3 inomumo weprism ongunxande onamachopho ayindilinga kanye nesixhumi se-snap esigqamile phezulu.Lolu hlobo luvame ukusetshenziswa ezinhlelweni eziningi ezihlanganisa ukusetshenziswa kwasendlini njengezitholi zentuthu negesi, amawashi, namathoyizi.
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1.5V R03 UM4 Umsebenzi Osindayo AAA Ibhethri
Amabhethri e-AAA avame ukusetshenziswa emishinini emincane kagesi, njengezilawuli kude ze-TV, izidlali zeMP3 namakhamera edijithali.Amadivayisi adinga i-voltage efanayo, kodwa anedonsa yamanje ephezulu, ngokuvamile aklanyelwe ukusebenzisa amabhethri amakhulu njengohlobo lwebhethri le-AA.Amabhethri e-AA anomthamo ophindwe kathathu wamabhethri we-AAA.Ngokukhula okusebenzayo nokusebenza kancane kwezinto zikagesi zesimanje, izisetshenziswa eziningi ebeziklanyelwe amabhethri e-AA (izilawuli kude, amagundane ekhompyutha angenazintambo namakhibhodi, njll.)
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1.5V R14 UM2 Ibhethri Elisebenza kanzima C
Ibhethri le-AC lilinganisa ubude obungu-50 mm (1.97 in) nobubanzi obungu-26.2 mm (1.03 in). Ibhethri elingu-C (ibhethri elingusayizi C noma ibhethri elingu-R14) liwusayizi ojwayelekile webhethri yeselula eyomile ngokuvamile esetshenziswa ezinhlelweni zokudonsa amanzi okuphakathi njengamathoyizi, amathoshi. , nezinsimbi zomculo.Njengebhethri lika-D, usayizi webhethri u-C umisiwe kusukela ngo-1920s.
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1.5V R20 UM1 Ibhethri Elisindayo D
Igama lezempi lase-US laleli bhethri kube yi-BA-30 kusukela esikhathini esithile ngaphambi kweMpi Yezwe II.Ibhethri le-AD (i-D cell noma ibhethri le-IEC AD (D cell noma i-R20) liwusayizi omisiwe webhethri yeseli eyomile ye-AD (i-D cell noma i-R20) ingusayizi omisiwe we-AD cell (D cell noma i-R20) ingusayizi omisiwe yeseli ye-AD iyisilinda ngokuthinta ugesi ekugcineni ngakunye; isiphetho esiphozithivu sinenub noma iqhubu. amaseli ngokuvamile asetshenziswa ekukhishweni kwamanzi aphezulu, njengakumathoshi amakhulu, izamukeli zomsakazo, nama-transmitters, namanye amadivaysi zidinga isikhathi eside sokusebenza.
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Umsebenzi osindayo omkhulu we-6f22 PP3 ibhethri le-zinc carbon 9v
Ibhethri le-PP3 elingamavolthi ayisishiyagalolunye livame ukutholakala ku-zinc-carbon eyinhloko.NEDA 1604futhiI-IEC 6F22(ye-zinc-carbon) nomaI-MN1604 6LR61(ye-alkaline).Usayizi, kungakhathaliseki ukuthi ikhemistri, ngokuvamile ibizwa ngokuthi PP3—igama eligcinelwe kuphela i-carbon-zinc, noma kwamanye amazwe,EnomaI-E-block.[3] Uhlu lwamabhethri e-PP lwakhiqizwa esikhathini esidlule, ngama-voltage angu-4.5, 6, no-9 volts namandla ahlukene;ama-9-volt PP6, PP7, kanye ne-PP9 amakhulu asatholakala.Abanye osayizi abambalwa bebhethri le-9-volt bayatholakala: I-A10 ne-A29.
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3V Lithium CR2032 CR2025 CR2016 Inkinobho Yebhethri Yeseli
Ububanzi Lokhu kucaciswa kusebenza ku-Coin Type Lithium-Manganese Dioxide Battery CR2032 Uhlobo Lwebhethri CR2032 Nominal Voltage 3.0V Nominal Capacity 210mAh (ikhishwa ngokuqhubekayo ku-20±2℃ under15kÙya kuya ku-2.0V Wokunqamuka kwe-voltage ephuma ngaphandle) Umdwebo1.Isisindo 3.0grams (approx) Amatheminali positive can(kuphawulwe“+”) ikepisi elinegethivu I-Operating Temperature Range -20℃ ～ 60℃ Electrochemistry System Anode Manganese Dioxide ...
