| Customization: | Available |
|---|---|
| Charging Type: | Non-rechargeable |
| Nominal Voltage: | 1.5V |
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Product Description:
Open-Circuit Voltage:
|
Initial |
1.520 to 1.720 V |
|
After 12 months storage |
1.500 to 1.720 V |
|
Short Circuit Current (A) |
2.5 A (at 20±2ºC) |
Service Output:
|
Load Resistance |
5.1W |
10W |
75W |
3.6W |
300W |
15W |
3.9W |
3.9W |
|
Discharge Method |
4min/h 8h/d |
1h/d |
4h/d |
15s/min 24h/d |
12h/d |
10min/day |
24 hrs/day |
5 min/day |
|
End-Point Voltage |
0.9V |
0.9V |
0.9V |
0.9V |
0.9V |
0.85V |
0.9V |
0.9V |
|
Minimum Duration (Initial) |
50min |
100min |
21h |
140cycle |
95min |
265 min |
35 min |
40 min |
|
Minimum Duration (After 12 months storage) |
30min |
65min |
14h |
92cycle |
90min |
215 min |
30 min |
35 min |
Material Components
|
Material Components (Specific Chemical identity, Common Name(s) ) |
AEGIH TLV |
|
1) Manganese Dioxide |
23 % |
|
2) Graphite |
0.75% |
|
3) Zinc |
38.46 % |
|
4) Carbon Black |
3.8t % |
|
5) Zinc Chloride |
4.7 % |
|
6) Ammonium Chloride |
0.3 % |
|
7) Lead |
0.00023 % |
|
8) Mercury |
0.0001%(<1ppm) |
|
8) Cadmium |
0.0010%(<10 PPM) |
Overdischarge electrolyte leakage resistance:
No deformation and no external electrolyte leakage shall be observed.
High temperature electrolyte leakage resistance:
No deformation and no external electrolyte leakage shall be observed.
CAUTION:
a) Do not put fire and tried to open it.
b) Do not mix of the old cells or other types of batteries
c) Do not exceed specifications current charge..
d) Do not short circuit batteries, permanent damage to batteries may result.
e) Do not solder directly to cells or batteries.
f) When connecting a battery to a charger, ensure correct polarity.
g) Do not subject batteries to adverse condition such as extreme temperature, deep cycling and excessive. over charge/over discharge
h) Store batteries in a cool dry place,Always disharge batteries before bulk storage or shipment.
i) When use battery find Abnormal and problems,please stop its use..
because of the electrochemical cell system,battery in long-term storage conditions,Suggestions will take 90% to 100% of the battery power
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