Ibhethri le-ER9V Li-SoCl2 (1200mAh)
Incazelo emfushane:
NgeIminyaka engu-20+Kokuhlangenwe nakho, i-Pkcell isiphenduke umkhiqizi webhethri we-Li-Socl2 ohamba phambili, Esebenza ngokukhethekile ekukhiqizeni ibhethri le-ER-9V.
Ubukhulu: 48.8*17.8*7.5 mm
Isisindo:16g
Isilinganiso Sokuzikhulula (Unyaka):<1%
Impilo Yeshelufu:> Iminyaka eyi-10
Izinga Lokushisa Lokusebenza:-55 ~ 85 °C
Ukukhipha Okuphezulu Kwamanje:50mA (iyaqhubeka), 100 mA (Pulse)
Izinhlelo zokusebenza : Imishini kagesi kanye namamitha kagesi/amanzi/egesi, ama-Memory IC nokunye.
Isitifiketi
Kuqinisekiswe yi-IEC, SNI, BSCI, nokuningi, KuyaqinisekisaIkhwalithi ephezulu Nokuphepha.
Incazelo emfushane
Amabhethri e-PKCELL LiSoCl2 Series aletha i-voltage ephezulu kakhulu (9V). Lawa maseli empilo anwetshiwe afaka ukuzikhulula okuphansi konyaka kanye nekhono lokukhiqiza ama-pulses amaphakathi ngokusebenzisa umphumela wokudlula. Lawa maseli aqinile anebanga lokushisa elibanzi kakhulu (-60°C ukuya ku-85°C) ukuze asebenze ngendlela ethembekile ngaphansi kwezimo ezibucayi zemvelo, kanye nekani elivalwe kahle ukuze kulethwe ukuvimbela ukuvuza okuphakeme ngokumelene nama-crimped seal.
Imininingwane:
| Igama lemodeli: ER9V | Usayizi: 17mm*27mm*50mm(Ubukhulu) |
| Amandla okuzisholo: 1200mAh (1.2Ah) | Amandla kagesi: 9V |
| Ibanga lokushisa elisebenzayo: -55°C kuya ku-85°C | Impilo yeshelufu ejwayelekile: iminyaka eyi-10 |
| I-Max Continuous Discharge yamanje: 20mA | I-Max Pulse Discharge yamanje: 100mA |
| Okujwayelekile Kwamanje:1.0mA | Isisindo esijwayelekile: 32g |
Ukunqanyulwa Okutholakalayo:1) Ukunqanyulwa okujwayelekile 2) Amathebhu e-Solder 3) I-Axial Pins 4) noma imfuneko ekhethekile (intambo, izixhumi, njll)
Ibhethri elilodwa ngeAmakhebula nezixhumiIyatholakala. Uma i-voltage noma umthamo webhethri elilodwa ungahlangabezani nezidingo zakho, singakunikeza izixazululo zephakethe lebhethri!
Izici:
1) Ukuminyana kwamandla aphezulu, amandla kagesi aphezulu, azinzile phakathi nesikhathi esiningi sokuphila sohlelo lokusebenza
2) Ibanga elibanzi lokushisa lokusebenza
3) Izinga lokuzikhipha isikhathi eside (≤1% ngonyaka ngesikhathi seSitoreji)
4) Impilo ende yokugcina (iminyaka eyi-10 ngaphansi kwezinga lokushisa legumbi)
5) Ukubekwa uphawu kwengilazi ye-Hermetic-to-metal
6) I-electrolyte engashi
7) Hlangana nezinga lokuphepha le-IEC86-4
8) Iphephile ukuthumela i-MSDS, isitifiketi se-UN38.3. etholakalayo
Isexwayiso:
1)Lawa amabhethri angashajwa.
2)Ingozi yomlilo, ukuqhuma kanye nokusha.
3) Ungafaki kabusha, isifunda esifushane, uchofoze, uhlakaze, shisa ngaphezu kuka-100 ℃.
4)Ungalisebenzisi ibhethri ngaphezu kobubanzi obuvunyelwe.
Isimo sesitoreji:
ihlanzekile, ipholile (okungcono ibe ngaphansi kuka +20℃, ingeqi ku-+30℃), yomile futhi ingenisa umoya.
Okuvame Ukubuzwa Nge-LiSoCl2 Battery Passivation
I-Passivation iwukusabela okungaphezulu okwenzeka ngokuzenzakalelayo endaweni yensimbi ye-lithium kuwo wonke amabhethri e-Lithium ayinhloko anezinto eziwuketshezi ze-cathode ezifana ne-Li-SO2, i-Li-SOCl2 ne-Li-SO2Cl2. Ifilimu ye-lithium chloride (LiCl) yakha ngokushesha endaweni ye-lithium metal anode, futhi le filimu evikelayo eqinile ibizwa ngokuthi ungqimba lwe-passivation, oluvimbela ukuthintana okuqondile phakathi kwe-anode (Li) ne-cathode (SO2, SOCl2 kanye ne-SO2Cl2). Kalula nje, ivimbela ibhethri ukuthi ibe kumjikelezo wangaphakathi wangaphakathi unomphela futhi izikhiphele yona ngokwayo. Yingakho yenza amangqamuzana asekelwe ku-liquid cathode abe nempilo ende yeshalofu.
Uma isikhathi eside futhi izinga lokushisa likhuphuka, kuba bucayi kakhulu ukudlula kwamabhethri e-lithium thionyl chloride.
I-passivation phenomenon iyisici esingokwemvelo samabhethri e-lithium thionyl chloride. Ngaphandle kwe-passivation, amabhethri e-lithium thionyl chloride awakwazi ukugcinwa futhi alahlekelwe inani lawo lokusetshenziswa. Njengoba i-lithium chloride ekhiqizwa ebusweni be-metallic lithium ku-thionyl chloride iminyene kakhulu, ivimbela ukusabela okuqhubekayo phakathi kwe-lithium ne-thionyl chloride, okwenza ukusabela kokuzikhipha ngaphakathi kwebhethri kube kuncane kakhulu, okubonakala kuzici zebhethri, okungukuthi, impilo yokugcina ingaphezu kweminyaka eyi-10. Lolu wuhlangothi oluhle lwe-passivation phenomenon. Ngakho-ke, into eyenza i-passivation ivikele umthamo webhethri futhi ngeke ibangele ukulahleka komthamo webhethri.
Imiphumela emibi yesenzo sokudlula ezintweni zikagesi yilena: Ngemva kwesikhathi sokugcina, lapho siqala ukusetshenziswa, i-voltage yokuqala yokusebenza yebhethri iphansi, futhi kuthatha isikhathi esithile ukufinyelela inani elidingekayo, bese emva kwalokho. kunani elivamile. Yilokhu abantu abavame ukukubiza ngokuthi "i-voltage lag". I-voltage lag inomphumela omncane ekusetshenzisweni okungenazo izidingo zesikhathi esiqinile, njengokukhanyisa; kodwa ukusetshenziswa okunezidingo eziqinile zesikhathi, uma kusetshenziswe ngendlela engafanele, kungashiwo ukuthi kuyiphutha elibulalayo, njengezinhlelo zezikhali; inomphumela omncane ekusetshenzisweni lapho i-current ingashintshi kakhulu ngesikhathi sokusetshenziswa, njengamasekhethi asekela inkumbulo; kodwa ngezimo zokusebenzisa lapho okwamanje kushintsha ngezikhathi ezithile, uma kusetshenziswe ngendlela engafanele, kungase futhi kuthiwe kuyiphutha elibulalayo, njengamamitha egesi ahlakaniphile namamitha amanzi.
1. Ukuzama ukunciphisa ukusetshenziswa kwakho ngazo zonke izindleko
2. Ukungacabangeli izinga lokushisa lensimu yesicelo sakho
3.Ngokubhekela i-voltage encane yokusika yohlelo lokusebenza
4. Ukukhetha ibhethri elikhulu kunesidingo
5. Ukungacabangi izidingo ezithile zokushaya kwenhliziyo kuphrofayela yokukhishwa yohlelo lwakho lokusebenza
6. Ukuthatha ulwazi olukhonjiswe kudathabhethi ngokwenani lobuso
7. Ukukholelwa ukuthi ukuhlolwa kuzinga lokushisa le-ambient kumelela ngokugcwele ukuziphatha kwenkambu yohlelo lwakho lokusebenza
| Imodeli | Usayizi | Isisindo | Amandla kagesi | Amandla | Isenzo | |
|---|---|---|---|---|---|---|
 | I-ER10450 AAA | 10.0×45.0mm | 9g | 3.6V | 800mAh | Cela i-Quote Landa |
 | ER14250 1/2AA | 14.5×25.0mm | 10g | 3.6V | 1200mAh | Cela i-Quote Landa |
 | ER14335 | 14.5×33.5mm | 13g | 3.6V | 1650mAh | Cela i-Quote Landa |
 | ER14505 | 14.5×50.5mm | awu 19g | 3.6V | 2400mAh | Cela i-Quote Landa |
 | ER17335 | 17×33.5mm | 30g | 3.6V | 2100mAh | Cela i-Quote Landa |
 | ER17505 | 17×50.5mm | awu 32g | 3.6V | 3400mAh | Cela i-Quote Landa |
 | ER18505 | 18.5×50.5mm | awu 32g | 3.6V | 4000mAh | Cela i-Quote Landa |
 | ER26500 | 26.2×50.5mm | awu 55g | 3.6V | 8500mAh | Cela i-Quote Landa |
 | ER34615 | 34.2×61.5mm | awu 107g | 3.6V | 19000mAh | Cela i-Quote Landa |
 | ER9V | 48.8×17.8×7.5 mm | 16g | 3.6V | 1200mAh | Cela i-Quote Landa |
 | ER261020 | 26.5×105 mm | 100g | 3.6V | 16000mAh | Cela i-Quote Landa |
 | ER341245 | 34×124.5 mm | awu 195g | 3.6V | 35000mAh | Cela i-Quote Landa |
