| 1.Charge and discharge |
- Charging temperature : Charge batteries within an ambient
temperature range of 0¡æ to 40¡æ.
- Charging current :above 0.1¡æ, control conditions (time,
voltage, temperature, etc.) shall be carefully selected.
Excessive overcharge may damage the battery.
- Overcharging: Avoid overcharging, repeated overcharging
can lead to deterioration in battery performance.
- Parallel charging: Sufficient care must be taken during
the design of the charger when charging batteries connected
in parallel.Consult BAK when parallel charging is required.
- Reverse charging: Never attempt reverse charging,charging
with polarity reversed can cause a reversal in battery polarity
causing gas pressure inside the battery to rise,which can
activate the safety vent,lead to alkaline electrolyte leakage.
- Raid charging:to charge batteries rapidly,use the specified
charger (or charging method recommended by BAK) and follow
the correct procedures.
- Trickle charging: Carry out trickle charge by applying
the current of 0.033 to 0.05CmA.The correct current value
is determined depending on the features and purpose of the
equipment.
- Discharging temperature:Discharge batteries within an
ambient temperature range of ¨C20¡æ to +65¡æ.Discharge current
level(i.e. the current at within a current range of 0.1CmA
to 0.5CmA)
- Over-discharge: Since over-discharging damages the battery
characteristics,do not forget to turn off the switch when
discharging ,and do not leave the battery connected to the
equipment for ling periods of time.Also,avoid shipping the
battery in installed in the equipment.
- High-current discharging: As high-current discharging
can lead to heat generation and decreased discharging efficiency,consult
BAK before attempting continuous discharging at currents
larger than 2 CmA.
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| 2. Storage |
- Storage temperature and humidity (short-term): Store batteries
in a dry location with low humidity,no corrosive gases,and
at a temperature range of ¨C20¡æ to 45¡æ.
- Long-term storage: Bcause long-term storage can accelerate
battery self-discharge and lead to the deactivation of reactants,locations
where the temperature ranges between +10¡æ and +30¡æ are suitable
for long-term storage.
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Precautions
