7
procedure using TJ3LD should last at least 3 hours.
operation as this may damage the gear box. Always allow the tool to come to
a full stop before changing the setting of the gear shifter.
1.
Press the battery lock button (
8
) and take the battery (
7
) out of the drill
driver
If the gear shifter does not move all the way, move the drive spindle
slightly.
2.
Connect the battery (
7
) to the charger (
11
)
(see Fig.
C
).
3.
Connect the adapter plug (
12
) to the charger (
11
).
n
Changing the chuck
(Fig.
G
)
4.
Connect the adapter to a mains socket (1
1
0–240 V, 50
-
60 Hz).
1. Disconnect the battery (
7
) from the driver.
2. Open the chuck as much as possible (
1
)
n
Battery charging indicator
3. Using a PH 2 (Philips No.2) screwdriver, rotate the fixing screw of the
A
green
LED light indicates that the charger is connected to a power
chuck clockwise (
CAUTION!
L
eft-thread
).
To free a seized bolt hit is
source.
After the battery is connected, the
red
LED is on to indicate
gently on its head.
charging. Blinking green battery LEDs also indicate that the battery is
charging and show the current battery level.
4. U
nscrew the chuck of the drill/screwdriver
counter-clockwise (looking
from the point of view of the chuck).
When the battery is fully charged, the red LED goes off and the green LED is
on.
CAUTION:
A jammed keyless chuck (
1
) can be released by inserting the
short end of a hex key in the chuck and lightly tapping the longer arm of
After charging, disconnect the charger and remove the battery.
the key (see Fig.
D
).
NOTE!
The battery may get slightly hot when charging. This is not a
5. To attach the chuck, screw it onto the drive spindle clockwise and
malfunction.
secure by screwing in the fixing screw counter-clockwise using a PH 2
The lithium-ion battery can be charged at any moment, without
screwdriver (No.2 Philips).
detriment to its life. Interrupting the charging process does not entail a risk
of damaging the battery cells.
AUXILIARY COMPONENTS:
IN USE:
ź
The practical fastener (
5
) can be used for attaching the drill-driver on
the user's belt, both for right-hand and left-hand dominant users.
n
Turning on/off
ź
The drill/driver is equipped with an auxiliary light (
1
0
) for the area of
The switch (
9
) has fluid rotation speed adjustment built-in.
drilling/driving, which turns on after the appropriate switch (
9
) is
Press the switch to activate the power tool. The rotation speed will increase
pushed.
the further the switch is pushed. To stop the power tool, release the switch.
n
I
nstallation
and
removing
drills
to/from
the
keyless
chuck
n
Choosing rotation direction
(see Fig.
E
)
The driver can work with clockwise (right) or counter-clockwise (left)
CAUTION:
Disconnect the battery from the driver or put the rotation
rotation.
direction switch (
4
) in the middle position to secure the machine from being
started by mistake, which could in turn cause harm to the user.
- to select clockwise rotation, move the clockwise/counter-clockwise
slider (
4
) to the left (looking from the back of the driver),
When the tool trigger (
9
) is released the drill chuck is locked. It enables
quick, easy and convenient replacement of a working tool installed in the
- to select counter-clockwise rotation, move the clockwise/counter-
drill chuck. To remove a drill (or a working bit) from the drill chuck, rotate
clockwise slider (
4
) to the right (looking from the back of the driver),
the chuck ring anticlockwise to expand the opening of the chuck. Insert a
When the rotation direction switch is in the middle position,
the
new drill (or a working bit) into the chuck and rotate the chuck ring
is locked.
clockwise to secure the drill in the drill chuck.
For drilling and driving screws in, clockwise operation should be selected.
Drills (or other working bits) must be moved to the full depth of the chuck
For taking out the drill bit, removing a stuck drill bit, or unscrewing screws,
opening.
counter-clockwise operation should be selected.
n
Drilling boreholes
n
Choosing torque
(Fig.
F
)
1.
To drill deep boreholes carry out your job gradually, drill to lower
The driver is equipped with a ring (
2
), which can be used for setting the
depths and remove the drill from the borehole from time to time to
toque when driving screws. The ring has
22
settings, from 1 to
21
, and a
remove borings from the borehole.
drilling setting.
2.
To drill large diameter boreholes it is recommended to start with
Using a given setting (from 1 -
21
) means that the clutch is set to an
drilling a low-diameter borehole and then expand it to the desired
assigned toque. This makes it possible to prevent a screw from being driven
diameter. It prevents the tool from overloads.
too far or being damaged. Different torques should be used for different
screws and materials.
3.
When the drilling bit is seized during working switch immediately
tool
off to prevent it from being damaged. Switch the rotations direction to
Always start with a low torque and increase gradually until the desired
the anticlockwise rotations and then remove the drilling bit from the
result is achieved.
borehole.
For drilling in metal, wood or plastic, set the ring (
2
), so that the indicator
4.
Keep the drill aligned with the axis of the borehole. The drilling bit
(
1
5
) points to symbol (
1
6
)
.
must be positioned perpendicularly to the surface of the machined
n
Shifting gear
(Fig.
A
)
material. When the perpendicularity fails to be maintained the drilling
The gear shifter (
3
) makes it possible to choose 2 rotation speed ranges.
bit may be seized or broken or, under extreme circumstances, the
Gear I:
Used for driving and unscrewing screws.
operator may be injured.
Gear II:
Used for drilling.
Rotation speed of the drill spindle is controlled by the force the power
CAUTION:
Do not change the position of the gear shifter (
3
) during tool
switch is depressed with.
(
Fig.
B
).
On/off
switch
(
9
)
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