Nominal Voltage
3.0V
Rated Capacity
1000mAh to 2.0V at 20°C (68F)
Average Weight
9.0g (0.32oz)
Volume
4.8cm3 (0.30in.3)
Operating Temp. Range
-20°C to 60°C (-4F to 140F)


1. Service out-put(load characteristics)
Continuous discharge, E.P.V:2.0V, Temp.:20±2°C
Load
5.6kW
50kW
2000hours
690days
Average of 10 batteries
2. Service out-put(Temperature characteristics)
5.6kWcontinuous discharge, E.P.V.:2.0V
Temperature
-20°C
20°C
60°C
1200hours
2000hours
1860hours
Average of 10 batteries
3. Storage characteristics at high temperature(60°C, ordinary humidity)
Item
Storage periods
Initial
after 40 days
after 80 days
Off-load-voltage (V)
3.23
3.29
3.30
Internal resistance (W)
6.5
10.3
11.1
Leakage (pcs)
-
0
0
Service Out-put at 5.6kW
Continuous discharge (hours)
E.P.V.:2.0V
2000
1920
1900
Test temp.:20±2°C, Average of 10 batteries
4. Short circuit characteristics
(1) Temperature of battery surface


(2) Change of off-load voltage after short circuit


(3) Shape, Dimension, Appearance
No change is recognized for 80minutes. (temp.:20±2°C)
5. Over-discharge characteristics
Test temp.:20±2°C
Test method
Test result
The discharge is further continued for 20days at 5.6kW load after the voltage has become less than the end-point voltage(2.0V)
Appearance:No change
10 batteries are tested.
6. Charge characteristics
Test temp.:20±2°C
Charge current
Charging time
Test result
1.3mA
24hours
Appearance:No change
10 batteries are tested.
7. Heat shock test
Range of temperature:-10~+60°C, Time:each for 1 hour
Item
Initial
After 100 cycles
Off-load-voltage (V)
3.23
3.29
Internal resistance (W)
6.5
9.6
Leakage (pcs.)
-
0
Measuring temp.:20±2°C, Average of 10 batteries
Measurement of internal resistance is done by 1kHz alternating current.
Leakage proof is done by visual check.
8. Vibration test
Amplitude:1.5mm, Frequency:10~55Hz,
Time:X,Y,Z direction, each for 90 minutes
Item
Initial
After 100 cycles
Off-load-voltage (V)
3.23
3.23
Internal resistance (W)
6.5
6.5
Leakage (pcs.)
-
0
Average of 10 batteries
Measurement of internal resistance is done by 1kHz alternating current.