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Handling
& Precautions
To ensure the battery's best performance, it's very
important to carefully handle it according to the following instructions.
Cells
•
Avoid short circuit of the cells.
• Don't
charge the primary batteries.
• Don't put the
battey into a fire, or heat or store in high temperature environment.
• Don't disassemble
or alter the batterys'outside structure.
• Don't submerge
the battery in whater or any type of liquid.
• Don't inverse
charge the battery
• Don't fall, hit,
and bend the battery body.
• Don't bend or
fold the tabs and sealing edge.
• Don't strike the
battery with any sharp edge parts.
• Charger or charge
circuit does not matched to battery system.
A: • Battery
systems are not consistent with applications.
A: • Avoid direct
soldering onto the battery body
Protection Circuit
Module
•
Over-charging protective circuit: The over-charging protective circuit
shall operate in the range
from
4.25 to 4.30V.
• Over-discharging
protective circuit: The over-discharging protective circuit shall
operate at 2.50 to 2.70V.
• Over-current protective
circuit: The protective circuit must operate at charging or discharging
at
over 2C.
Pack
•
To insure the safety, the lithium ion pack should be set with a
protection circuit.
• The pack should
be passed charge-discharge and short circuit tests.
• The measured impedance
of the pack should be over the measured impedance of the cell.
• Soldering temperature
should not exceed 350 °C
• Soldering time
should not be longer than 5 seconds.
Operation Temperature
Range
•
Charge: 0 °C to +45 °C
• Discharge: -20
°C to 60 °C
Storage Temperature
Range
•1
month: -20 °C to +60 °C
• 3 months: -20
°C to +45 °C
• 1 year: -20 °C
to +25 °C
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