CAUTIONS EN 43
Battery Packs | NOTES: |
The supplied battery | Terminals | |
pack is a | ||
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battery. Before using the |
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supplied battery pack or |
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an optional battery pack, |
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be sure to read the |
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following cautions: |
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●To avoid hazards
... do not burn.
... do not
... do not modify or disassemble.
... do not expose the battery to temperatures exceeding 60°C, as this may cause the battery to overheat, explode or catch fire.
... use only specified chargers.
●To prevent damage and prolong service
life
... do not subject to unnecessary shock.
... charge in an environment where temperatures are within the tolerances shown in the chart below. This is a chemical reaction type battery — cooler temperatures impede chemical reaction, while warmer temperatures can prevent complete charging.
... store in a cool, dry place. Extended exposure to high temperatures will increase natural discharge and shorten service life.
... fully charge and then fully discharge the battery every 6 months when storing the battery pack over a long period time.
... remove from charger or powered unit when not in use, as some machines use current even when switched off.
●It is normal for the battery pack to be warm after charging, or after use.
Temperature Range Specifications Charging: 10°C to 35°C Operation: 0°C to 40°C
Storage:
●The lower the temperature, the longer recharging takes.
●Charging times are for a fully discharged battery pack.
Cassettes
To properly use and store your cassettes, be sure to read the following cautions:
●During use
... make sure the cassette bears the Mini DV mark.
... be aware that recording onto prerecorded tapes automatically erases the previously recorded video and audio signals.
... make sure the cassette is positioned properly when inserting.
... do not load and unload the cassette repeatedly without allowing the tape to run at all. This slackens the tape and can result in damage.
... do not open the front tape cover. This exposes the tape to fingerprints and dust.
●Store cassettes
... away from heaters or other heat sources.
... out of direct sunlight.
... where they won’t be subject to unnecessary shock or vibration.
... where they won’t be exposed to strong magnetic fields (such as those generated by motors, transformers or magnets).
... vertically, in their original cases.
REFERENCES
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