LR6RS

ALKALINE MANGANESE BATTERY Made LR6G in Indonesia April 9, 2012 FDK CORPORATION FDK ENERGY CO.,LTD. QUALITY CONTROL DEPARTMENT １．Type LR6 (IEC : LR6, JIS : LR6) ２．Nominal value (1)Nominal voltage : 1.5 volts (2)Standard capacity : 2,800 mAh (75Ω continuously discharge at 20℃, End point voltage = 0.9 volts) ３．Structure Show Fig.1. ４．Dimension Show Fig.2. ５．Electric characteristics Off-load voltage (V) On-load voltage (V) Short-circuit current (A) Initial After 1 year After 5 years 1.60 1.59 1.55 1.57 1.55 1.45 15.0 14.0 7.5 1) Load resistance : 5Ω(The resitance shall be adjusted within±0.05%.), Measure time : 0.3 seconds 2) Test temperature : 20±2℃, Storage temperature : 20±2℃. ６．Service out-put (1) Average duration Initial After 1 year After 5 year Discharge condition 43Ω 4hr./day(hr) EPV=0.9V IEC,JIS Above 60 Above 54 Above 54 Normal IEC,JIS Normal 88 86 83 Above 4.0 Above 3.6 Above 3.6 7.4 6.8 6.3 10Ω 1hr./day(hr) EPV=0.9V IEC,JIS Above 11.5 Above 10 Above 10 Normal 18.4 17.8 16.6 250mA 1hr./day(hr) EPV=0.9V IEC,JIS Above 4.5 Above 4.0 Above 4.0 Normal 7.7 7.6 7.1 1000mA 10s on/50s off 1hr/day (cycles) EPV=0.9V IEC,JIS Above 200 Above 180 Above 180 Normal 485 461 437 {(1500mW2s on / 650mW 28s on) ×5m IEC,JIS Above 31 Above 27 Above 27 Normal 99 95 90 IEC,JIS Above 31 Above 27 Above 27 Normal 45 43 41 3.9Ω 1hr./day(hr) EPV=0.8V on / 55m off } Repeat. (Cycle) EPV=1.05V 24Ω 15s on/45s off ×8hr/day (hr) EPV=1.0V 1) EPV：End point voltage 2) Test temperature : 20±2℃, Storage temperature : 20±2℃. 1 (1) Service life at various temperatures Show Fig.3. (2) Shelf life Show Fig.4. *This data are not intended to make or imply any guarantee or warranty. ７．Electrolyte leakage proof characteristics (1) Over-discharge test Visual check at the time when the on-load voltage of test cell first decreases below 40% of the nominal voltage. n Leakage Discharge condition 43Ω 4hr./day n=9×5lots none 3.9Ω 1hr./day 10Ω 1hr./day n=9×5lots n=9×5lots n=9×5lots n=9×5lots n=9×5lots none none none none none n=9×5lots none 250mA 1hr. 1000mA 10s on/50s off 1hr/day {(1500mW2s on / 650mW 28s on) ×5m on / 55m off } Repeat. 24Ω 15s on/45s off ×8hr/day (2) Storage at 45℃, below 70%RH Period n 10days 20days 30days 60days 90days Leakage 40 none none none none none (3) Storage at 60℃, 90%RH Period n 10days 20days 30days 40days Leakage 40 none none none none ８．Safety characteristics (abuse test) (1) Short circuit test Shorted time n Explosion (2) Charging test (150mA) Charging time Explosion 12hours 24hours 20 none none n 12hours 24hours 20 none none *This data are not intended to make or imply any guarantee or warranty. 2 Fig.1 LR6 STRUCTURE Anode Separator Cathode Cathode can Conductive film Current collecting rod Shrinkable tack label Adhesive agent Sealing agent Insulated washer Gasket Anode disk 3 Fig.2 LR6 DIMENSION d1 d3 h3 h1 d6 h4 Unit : mm h1 Overall height d6 Outer diameter of the negative contact area Recess of negative contact from enclosure Diameter of the positive contact h4 d3 h3 d1 50.5 max. (49.2 min.) Height of the projected flat contact from the next higher part Diameter 7.0 min. 0.5 max. 5.5 max. (4.2 min.) 1.0 min. 14.5 max. 13.5 min. The numerical values in parentheses are informative reference values. 4 Fig.3 LR6G SERVICE LIFE AT VARIOUS TEMPERATURES END POINT VOLTAGE：0.9 V 1000 DURATION TIME （hr） 100 10 45℃ 20℃ 1 0℃ -10℃ 0.1 1 10 LOAD （Ω ） 5 100 Fig.4 LR6G SHELF LIFE The numerical values in parentheses are informative reference values. 6