13
MEANING OF SYMBOLS
CAUTION
WARNING
ASSEMBLY / SETTINGS
INFORMATION
PREPARATION FOR OPERATION
REMOVING AND INSERTING THE BATTERY
•
Set the direction selector switch (
3
) in middle position.
•
Push the battery lock button (
8
) and slide out the battery (
7
)
(
fig. A
).
•
Insert charged battery (
7
) into the handle holder, you should
hear when the battery lock button (
8
) snaps.
BATTERY CHARGING
The device is supplied with partially charged battery. The battery
should be charged in ambient temperature between 4°C and
40°C. New battery, or one that has not been used for a long
time, will reach full efficiency after approximately 3 to 5 charge/
discharge cycles.
•
Remove the battery (
7
) from the device (
fig. A
).
•
Connect the charger to mains socket (
230 V AC
).
•
Slide the battery (
7
) into the charger (
10
) (
fig. B
). Ensure the
battery is properly fitted (pushed to the end).
When the charger is connected to a mains socket (
230 V AC
), the
green diode (
9
) on the charger turns on to indicate connected
supply.
When the battery (
7
) is placed in the charger (
10
), the red diode
(
9
) on the charger turns on to indicate that the charging is in
progress.
At the same time green diodes (
12
) of the battery level indication
are flashing in different configurations, see description below.
• All diodes are flashing
- battery is empty and requires
charging.
• 2 diodes are flashing
- the battery is partially discharged.
• 1 diode is flashing
- the battery level is high.
Once the battery is charged, the diode (
9
) on the charger lights
green, and all battery level diodes (
12
) light continuously. After
some time (approx. 15 s) battery level indication diodes (
12
) turn
off.
Do not charge the battery for more than 8 hours. Exceeding
this time limit may cause damage to battery cells. The charger
will not turn off automatically when the battery is full. Green
diode on the charger will remain on. Battery level indication
diodes turn off after some time. Disconnect power supply
before removing the battery from the charger socket. Avoid
consecutive short chargings. Do not charge the battery after
short use of the tool. Significant decrease of the period
between chargings indicates the battery is worn out up and
should be replaced.
Batteries heat up strongly when charging. Do not operate just
after charging – wait for the battery to cool down to room
temperature. It will prevent battery damage.
BATTERY LEVEL INDICATION
The battery is equipped with signalisation of the battery level (3
LED diodes) (
12
). To check battery level status, press the switch
button (
11
) (
fig. C
). When all diodes are lit, the battery level is
high. When 2 diodes are on, the battery is partially discharged.
When only one diode is lit, the battery is discharged and must
be recharged.
INSTALLATION AND REPLACEMENT OF WORKING TOOLS
The rotary hammer drill is designed to operate with working tools
with SDS Plus shanks. Prior to operation clean the rotary hammer
drill and working tools. Use grease and apply thin layer onto shank
of the working tool.
The rotary hammer drill incorporates clic-clic system (which does
not require to pull off the fixing sleeve (
2
) when installing a working
tool).
•
Set the direction selector switch (
3
) in middle position.
•
Insert working tool shank into chuck (
1
) and slide it to mechanical
stop (it may be necessary to turn the working tool so it can reach
appropriate position) (
fig. D
).
•
Working tool is properly seated if it cannot be removed without
pulling off the fixing sleeve.
•
If the sleeve (
2
) does not return to its default position, remove the
working tool and repeat the whole operation.
High efficiency of the rotary hammer drill operation can be
achieved by using sharp and undamaged working tools.
DEINSTALLATION OF WORKING TOOL
Just after the operation is finished the working tool may be hot.
Avoid direct contact and use appropriate protective gloves. Clean
the working tool after removal.
•
Pull the fixing sleeve (
2
) to the back and hold.
•
Remove the working tool with your second hand by pulling it to
the front (
fig. D
).
OVERLOAD PROTECTION
The rotary hammer drill is equipped with overload protection.
Spindle of the rotary hammer drill stops immediately after working
tool jams, which could overload the power tool.
PRACA / USTAWIENIA
SWITCHING ON / SWITCHING OFF
Switching on
– press the switch button (
4
).
Switching off
– release pressure on the switch button (
4
).
Rotational speed of the spindle is controlled with pressure on the
switch button (
4
).
Each time the switch button (
4
) is pressed, the LED diode (
6
) lights
up to illuminate the workplace.
LEFT – RIGHT DIRECTION OF ROTATION
Choose direction of rotary hammer spindle rotation with the
selector switch (
3
).
Clockwise rotation
– set the switch (
3
) to the extreme left position
(
fig. E
).
Counter-clockwise rotation
– move the switch (
3
) to the extreme
right position.
* In certain cases position of the switch related to rotation may be different than
specified. Please refer to graphic signs placed on the switch or tool body.
Safe position of the direction selector switch (
3
) is in the middle, it
prevents accidental starting of the power tool.
•
When the switch is in this position, the device cannot be started.
•
Use this position of the switch to change drills.
•
Before starting the tool make sure the position of the direction
selector switch (
3
) is correct.
Do not change direction of rotation when the spindle of the rotary
hammer drill is rotating. Check if the position of the selector
switch is correct before starting the tool. You should not use
counter clockwise rotation when impact function is on.
Summary of Contents for 58G009
Page 2: ...2...
Page 4: ...4 1 2 6 5 3 4...
Page 5: ...5 2 1 D A 7 8 B 7 10 9 11 7 12 C F 5 a E 4 3...
Page 21: ...21 0 C 10 50 C 130 130 265 F Li Ion Li Ion...
Page 23: ...23 12 8 3 12 11 C 2 1 SDS Plus clic clic 2 3 1 D 2 2 D 4 4 4 4 6 3 3 E 3 3 3 2 5 F 5 a F O I...
Page 26: ...26 58G009 0 C 10 50oC 130 C 130 C 265 F...
Page 29: ...29 4 6 3 3 E 3 3 3 2 5 F 5 a F O I 3 1 SDS PLUS 4 4 18 0 900 1 0 5000 1 0 8 SDS Plus...
Page 67: ...67 10 50 C 130 C 130 C 265 F Li Ion Li Ion...
Page 81: ...81 00 C 10 50 C 130 130 265 F Li ion Li ion...
Page 83: ...83 9 12 15 12 8 3 12 11 C 2 1 SDS Plus clic clic 2 3 1 D 2 2 D 4 4 4 4 6 3 3 3 3 3 2 5 F 5 a F...
Page 100: ......
