Emission Levels; Changing The Battery Pack; Charging The Battery Pack - Protool DuraDrive DWC 18-2500 DEC Originalbetriebsanleitung

LiIon battery packs, always use sand.
- Connecting the auto feed attachment and
drywall screwdriver results in a device,
which is subject to the safety regulations
and instruction for the drywall screw-
driver.
- Protect your eyes during use – pay due
care during overhead work!
- Use breathing protection, wear dust
mask!

4.3 Emission levels

Levels determined in accordance with
EN 60 745 are typically:
DWC 18-2500 DEC/18-4500 DEC
Sound pressure level
Noise level
Measuring uncertainty
allowance
CAUTION
The noise produced during work may
damage your hearing.
► Wear ear protection!
Overall vibration levels (vector sum for three
directions) measured in accordance with
EN 60 745:
DWC 18-2500 DEC
Vibration emission level
(3 directions)
Uncertainty
DWC 18-4500 DEC
Vibration emission level
(3 directions)
Uncertainty
The specifi ed emissions values (vibration,
noise)
– are used to compare machines.
– They are also used for making preliminary
estimates regarding vibration and noise
loads during operation.
– They represent the primary applications
of the power tool.
Increase possible for other applications,
with other insertion tools or if not main-
tained adequately. Take note of idling and
downtimes of machine!
L = 78 dB (A)
PA
L = 89 dB (A)
WA
K = 3 dB
a = 2.8 m/s
2
h
K = 1.5 m/s
2
a = 3.5 m/s
2
h
K = 1.5 m/s
2
16
5 Commissioning

5.1 Changing the battery pack

Removing the battery pack
Press and hold the two buttons [2-2].
Slide the battery pack forwards to remove.
Inserting the battery pack
Slide the battery pack onto the retainer on
the underside of the handle shown in Fig. [3]
until it engages.

5.2 Charging the battery pack

► The battery pack is delivered partially
charged. Charge the battery pack com-
pletely before using for the fi rst time.
To charge the battery pack, slide all the
way onto the retainer [2-1] on the charger.
► To remove, slide the charged battery pack
from the charger in similar fashion.
The charger automatically detects the type
of the inserted battery (NiCd, NiMH or Li-
Ion).
A microprocessor controls the charging pro-
cess in line with the charging state, tem-
perature and voltage of the battery pack.
If a warm NiMH battery pack (> 37 °C) is
inserted, the pack is charged with a re-
duced charging current and will take longer
to charge.
The LED [3-2] on the charger indicates the
respective operating status of the charger.
LED yellow – lit continuously
Charger is ready to use.
LED green – fl ashing quickly
Battery pack is charged to maximum capa-
city.
LED green – fl ashing slowly
Battery pack is charged with reduced cur-
rent, LiIon is charged to 80 %.
LED green – lit continuously
Battery pack is fully charged, conservation
charging active.
LED red – lit continuously
Battery temperature is outside the permit-
ted range.
LED red – fl ashing
General fault display, e. g. incomplete con-
tact, short circuit, battery pack faulty, etc..