Standard Accessories; Battery Removal/Installation - Hitachi FDS 12DV Handling Instructions Manual

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STANDARD ACCESSORIES

FDS12DV
Standard accessories are subject to change without notice.
OPTIONAL ACCESSORIES (sold separately)
1. Battery (FEB12)
2. Plus driver bit
Bit No.
No. 2
3. Minus driver bit
a
0.8 mm
4. Hexagon socket (for nuts and bolts)
Socket No.
7
8
10
Optional accessories are subject to change without
notice.
24
Plus driver bit (No. 2 50L) ..................................... 1
Minus driver bit (4mm 50L) .................................. 1
Charger (UC12SC) ..................................................... 1
Plastic case ................................................................ 1
Screw size
3-5 mm
Screw size
4 mm
Screw size
4 mm
5 mm
6 mm
Socket No.
APPLICATIONS
Driving and removing of machine screws, wood
screws, tapping screws, etc.
Drilling of various metals.
Drilling of various woods.

BATTERY REMOVAL/INSTALLATION

1. Battery removal
Hold the handle tightly and push the battery latch
to remove the battery (see Figs. 1 and 2).
CAUTION
Never short-circuit the battery.
2. Battery installation
Insert the battery while observing its polarities (see
Fig. 2).
CHARGING
Before using the driver drill, charge the battery as
follows.
1. Insert the battery in the charger.
Position the battery so that the nameplate faces
toward the nameplate of the charger and press in
the battery until it comes into contact with the
bottom surface. (See Figs. 1 and 3)
2. Connect the charger power cord to the receptacle.
Connecting the power cord will turn on t he charger
(the pilot lamp lights up).
CAUTION
If the pilot lamp does not light up pull out the
power cord from the receptacle and check the
battery mounting condition.
About 1 hour is required to fully charge the battery
at a temperature of about 20°C. The pilot lamp goes
off to indicate that the battery is fully charged.
NOTE
The charging time may very depending on the
ambient temperature and input power supply
voltage conditions.
The example of the relationship between the input
power supply voltage and the charging time is shown
in Fig. 11.
The charging time decreases if the ambient temperature
and input power supply voltage are high and increases
when they are low.