Parkside PABS 18-Li B2 - Manual (Page 7)

7 GB
Introduction
6 Rechargeable battery pack
7 Battery pack release button
8 LED light button
9 LED light
10 Rechargeable battery display LED
11 Rechargeable battery charge state button
12 LED working light
13 Drill chuck
14 Torque pre-selector
15 Fast charger
16 Red charge-control LED
17 Green charge-control LED
Q Scope of delivery
1 Cordless drill with rechargeable battery pack
1 Bit PH2 50 mm
1 Fast charger
1 Carry case
1 Directions for use
Q Technical Data
PABS 18-Li B2 Cordless drill:
Nominal voltage:
18 V
Idle-running speed: 1st gear: max. 400 min -1
Idle-running speed: 2nd gear: max. 1400 min -1
Drill chuck
clamping range:
max. 10 mm
Maximum
drill diameter:
Steel: 10 mm,
Wood: 30 mm
Max. torque: 35 Nm
PABS 18-Li B2-1 Battery Pack:
Type: LITHIUM-ION
Nominal voltage:
18 V
Capacity: 1.5 Ah
Energy content: 27 Wh
PABS 18-Li B2-2 Fast Charger:
INPUT
Nominal voltage:
230 V∼, 50 Hz
Power input: 55 W
OUTPUT
Nominal voltage:
18 V
Charging current 2 A
Charging time: approx. 60 min
Protection class: II /
Noise and vibration data:
Measured values for noise are determined in accor-
dance with EN 60745. The A-weighted noise level
of the electrical power tool are typically:
Sound pressure level: 76 dB(A)
Sound power level:
87 dB(A)
Uncertainty K: 3 dB
Total vibration (vector sum of three directions) is
calculated in accordance with EN 60745:
Screwing: Vibration emission value
a
h,D
= 0.865 m / s 2 ,
uncertainty K = 1.5 m / s 2 ,
Drilling: Vibration emission value
a
h
= 2.546 m / s 2 ,
uncertainty K = 1.5 m / s 2 .
The vibration level specified in
these instructions was measured in accordance with
an EN 60745 standardised measurement process
and can be used to compare equipment. The vibra-
tion emission value specified can also serve as a
preliminary assessment of the exposure.
The vibration level will change according to the ap-
plication of the electrical tool an in some cases may
exceed the value specified in these instructions. Re-
gularly using the electric tool in such a way may
make it easy to underestimate the vibration.
Note: If you wish to make an accurate assessment
of the vibration loads experienced during a particular
period of working, you should also take into account
the intervening periods of time when the device is
switched off or is running but is not actually in use.
This can result in a much lower vibration load over
the whole of the period of working.
Introduction / General safety advice for electrical power tools