3) Do not incinerate or apply heat the battery!
If the insulator is melted, the gas release vent or safety function is
damaged, or the electrolyte is ignited, the battery may generate heat
or smoke, rupture, or burst into flame.
4) Do not use or leave the battery near fires, stoves, or other heat gene
rators!
If the polymer separator is melted due to high temperature, an internal short-circuit may occur in the individual cells and the battery may
generate heat or smoke, rupture, or burst into flame.
5) Do not immerse the battery in water or get it wet by other means!
If the battery's protection circuit is damaged, the battery may charge
at extreme current (or voltage) and an abnormal chemical reaction
may occur. The battery may generate heat or smoke, rupture, or burst
into flame.
6) Do not charge the battery near fires or under direct sunlight!
If the battery's protection circuit is damaged, the battery may charge
at extreme current (or voltage) and an abnormal chemical reaction
may occur. The battery may generate heat or smoke, rupture, or burst
into flame.
7) Use only the specified charger and observe charging requirements!
If the battery is charged in unspecified conditions (under high temperature over the regulated value, excessive high voltage or current over
regulated value, or with a remodeled charger), it may overcharge or
an abnormal chemical reaction may occur. The battery may generate
heat or smoke, or burst into flame.
8) Do not pierce the battery with any object, strike with an instrument, or
step on it!
This may break or deform the battery, causing a shortcircuited. The
battery may generate heat or smoke, rupture, or burst into flame.
9) Do not jar or throw the battery!
An impact may cause the battery to leak, generate heat or smoke,
rupture, and/or burst into flame. If the battery's protection circuit is
damaged, the battery may charge at an abnormal current (or voltage),
and an abnormal chemical reaction may occur. The battery may generate heat or smoke, rupture, or burst into flame.
10) Do not use the battery pack if it is damaged in any way!
The battery may generate heat or smoke, rupture, or burst into flame.
11) Do not solder directly onto the battery!
If the insulator is melted or the gas release vent or safety function is
damaged, the battery may generate heat or smoke, rupture, or burst
into flame.
12) Do not reverse the battery polarity (and terminals)!
When charging a reversed battery, an abnormal chemical reaction
may occur. In some cases, an unexpected large amount of current
may flow upon discharging. The battery may generate heat or smoke,
rupture, or burst into flame.
13) Do not reverse-charge or reverse-connect the battery!
The battery pack has positive and negative poles. If the battery pack
does not smoothly connect with a charger or operating equipment, do
not force it; check the polarity of the battery. If the battery pack is
GB