FujiFilm DR-ID 670, Operation Manual

Page: 12 / 62

1-6
For Safe Operation
1
DR-ID 670 Operation Manual 897N102735
Battery Pack (Optional) Instructions
WARNING
If this equipment is not in use for while, store it with the battery pack removed. Not removing
the battery pack may cause malfunction.
CAUTIONS
Observe the following precautions when using the battery pack (optional).
● The battery pack (125N100050) is exclusively for the flat panel sensor (DR-ID 601SE, DR-ID
602SE, DR-ID 611SE, DR-ID 612SE and DR-ID 613SE). Do not use them in other combinations.
● Charge the battery pack only with the designated battery charger. If the battery pack is charged
under the charging conditions (voltage, current and charging method) different from those
specified by FUJIFILM Corporation, the battery pack may emit smoke, ignite, explode or leak fluid.
● When storing the battery pack (125N100050) for a long period, charge the battery fully,
remove it from the flat panel sensor and then store it in a cool and dark place. Recharge the
stored battery every six months or every year. Otherwise a decrease in battery capacity or
other problems may result.
● Do not leave the removed battery pack in the car or other places exposed to high
temperature. If the battery pack is used or stored in a place where it is exposed to high
temperature, the battery pack may emit smoke, ignite, explode or leak fluid.
● Use or store the battery pack only in the environmental conditions specified by FUJIFILM
Corporation. If the battery pack is used or stored in a place where it is exposed to high
temperature, the battery pack may emit smoke, ignite, explode or leak fluid.
● When disposing of the battery pack, consult our official dealer.
● Do not disassemble or remodel the battery pack. The battery pack is equipped with built-in
safety and protection mechanisms. If they are damaged, the battery pack may overheat, emit
smoke, explode or ignite.
● Do not connect the positive (+) and negative (-) terminals with a wire or any metal object.
Do not carry or store the battery pack together with metal objects such as necklaces or
hairpins. Otherwise, the battery pack may short-circuit and overcurrent may flow, causing
the battery pack to overheat, emit smoke, explode or ignite. Metal objects such as necklaces
or hairpins may also become hot.
● Do not throw the battery pack into fire or expose it to excessive heat. Otherwise, its insulator
may melt, its gas release vent or safety mechanisms may be damaged, and/or its electrolyte
may catch fire, causing the battery pack to overheat, emit smoke, explode or ignite.
● Do not use or leave the battery pack in a place where it is exposed to high temperature (80°C
or higher), such as fire or a heater. If the resin separator is damaged due to heat, the battery
pack may short-circuit, causing it to overheat, emit smoke, explode or ignite.
● Do not immerse the battery pack in water or seawater, and do not allow it to become wet.
If the built-in protection mechanisms are damaged, the battery pack may overheat, emit
smoke, explode or ignite.
● Do not pierce the battery pack with a nail, hit it with a hammer, or step on it. Otherwise, the
battery pack may be damaged or deformed and short-circuit, causing it to overheat, emit
smoke, explode or ignite.
● Do not subject the battery pack to strong impact or throw it. If the built-in protection
mechanisms are damaged, the battery pack may be charged with extremely high current and
voltage, and abnormal chemical reactions may occur inside the battery pack, causing it to
overheat, emit smoke, explode or ignite.
● Do not use an apparently damaged or deformed battery pack. Otherwise, the battery pack
may overheat, emit smoke, explode or ignite.
● Do not solder the battery pack directly. Otherwise, its insulator may melt, or its gas release
vent or safety mechanisms may be damaged, causing the battery pack to overheat, emit
smoke, explode or ignite.
● Do not reverse the positive (+) and negative (-) terminals. Otherwise, the battery pack may
be reverse-charged during charging. As a result, abnormal chemical reactions may occur
inside the battery pack, or extremely high current may flow during discharging, causing it to
overheat, emit smoke, explode or ignite.