Technical Data - Parkside PAAS 12 A2 Translation Of The Original Instructions

Technical data

Cordless Garden Saw 12V PAAS 12 A2
Rated voltage
Rated idle speed
Stroke length
Max. cutting
performance
Saw blade holder
Battery pack PAPK 12 A3*
Type
Rated voltage
Capacity
High-speed battery charger PLGK 12 A2*
INPUT
Rated current
Rated power
consumption
OUTPUT
Rated voltage
Rated current
Charging time
Fuse (internal)
Protection class
* BATTERY AND CHARGER ARE NOT INCLUDED
Noise emission values
Measured values for noise determined in accord-
ance with EN 62841. The A-rated noise level of
the power tool at the working location is typically
as follows:
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Wear hearing protection!
PAAS 12 A2
12 V (DC)
n 0–2700 rpm
0
20 mm
Wood 80 mm
Metal profiles/
metal pipes 50 mm
12.7 mm (1/2")
LITHIUM ION
12 V (DC)
2.000 mAh/24 Wh
220–240 V ∼,
50–60 Hz (AC)
50 W
12 V (DC)
2400 mA
approx. 60 min.
T2A
2 A
II / (double insulation)
L = 84.3 dB (A)
pA
K = 3 dB
pA
L = 95.3 dB (A)
WA
K = 3 dB
WA
Total vibration values (vector total of three direc-
tions) determined in accordance with EN 62841:
Cutting board
Uncertainty
Cutting wooden beams
Uncertainty
NOTE
► The declared total vibration value and the
declared noise emission value have been
measured according to a standardized test
procedure and can be used to compare one
power tool with another.
► The specified total vibration value and noise
emission value (s) can also be used for a
preliminary estimation of the load.
WARNING!
► The vibration and noise emissions during the
actual use of the power tool may deviate
from the indication values, depending on the
manner in which the power tool is used, in
particular, which type of workpiece is being
processed.
► It is necessary to establish safety measures to
protect the operator based on an estimation
of the vibration load during actual use (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).
a = 7.845 m/s 2
h,B
K = 1.5 m/s 2
a = 9.154 m/s 2
h,WB
K = 1.5 m/s 2
GB │ IE │ 3 ■