Technical Data - Parkside PABS 20-Li F7 Manual De Usuario

Technical data

Cordless Drill Driver 20V PABS 20-Li F7
Rated voltage
Rated idle speed
Chuck clamping range
Max. drill diameter
Battery PAP 20 B1
Type
Rated voltage
Capacity
Cells
High-speed battery charger PLG 20 C1
INPUT
Rated voltage
Rated power
consumption
Fuse (internal)
OUTPUT
Rated voltage
Rated current
Charging time
Protection class
Noise emission value
Noise measurement value determined in accord-
ance with EN 62841. The A-rated noise level of
the power tool is typically:
Sound pressure level
Uncertainty K
Sound power level
Uncertainty K
PABS 20-Li F7
20 V (DC)
1st gear n 0–400 rpm
0
2nd gear n 0–1400 rpm
0
max. Ø 13 mm
Steel 13 mm
Wood 30 mm
LITHIUM ION
20 V (DC)
2 Ah
5
230–240 V ∼, 50 Hz
(AC)
65 W
T3.15A
3.15 A
21.5 V (DC)
2.4 A
approx. 60 min.
II / (double insulation)
L = 68.4 dB (A)
pA
K = 5 dB
PA
L = 79.4 dB (A)
WA
K = 5 dB
WA
Vibration emission value
Total vibration values (vector total of three direc-
tions) determined in accordance with EN 62841:
Screwdriving
Drilling in metal
NOTE
► The vibration emission values and the noise
emission values specified in these instructions
have been measured in accordance with a
standardised test procedure and can be used
for comparing the power tool with another
power tool
► The specified total vibration values and the
noise emission values can also be used to
make a provisional estimate of the load.
WARNING!
► Depending on the manner in which the power
tool is being used, and in particular the kind
of workpiece being worked, the vibration and
noise emission values can deviate from the
values specified in these instructions during
actual use of the power tool.
► Try to keep the vibration load as low as
possible. Measures to reduce the vibration
load are, e.g. wearing gloves and limiting the
working time. Wherein all states of operation
must be included (e.g. times when the power
tool is switched off and times where the power
tool is switched on but running without load).
Vibration emission value
a = 2.5 m/s 2
h,D
Uncertainty K = 1.5 m/s
Vibration emission value
a = 2.5 m/s 2
h,D
Uncertainty K = 1.5 m/s
GB │ IE │
2
2
3 ■