Parkside PAKG 40-Li A1 Originalbetriebsanleitung Seite 13

Pole pruner
Blade
Blade length
Groove width
Cut length
Saw chain
Chain pitch
Number of chain links
Drive link thickness
Chain speed (without load)
Oil tank volume
Noise and vibration data
Noise emission value
Strimmer (in accordance with IEC 62841-4-4)
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Guaranteed
3-tooth blade (in accordance with IEC 62841-4-4)
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Guaranteed
Hedge trimmer (in accordance with EN 62841-4-2)
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Guaranteed
Pole pruner (in accordance with EN ISO 11680-1)
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Guaranteed
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6 English
HYA08-33-437P
8"
1.27 mm
180 mm
3/8LP-043-33
9.525 mm
33
1.1 mm
v max. 10 m/s
0
approx. 140 cm 3
L = 81.1 dB
PA
K = 3 dB
L = 93.5 dB
WA
K = 2.07 dB
96 dB
L = 79.8 dB
PA
K = 3 dB
L = 91.2 dB
WA
K = 1.96 dB
96 dB
L = 87.3 dB
PA
K = 3 dB
L = 100.4 dB
WA
K = 2.04 dB
104 dB
L = 81.9 dB
PA
K = 3 dB
L = 101.4 dB
WA
K = 2.48 dB
104 dB
Wear hearing protection!
Vibration values (vector sum of three directions) determined
in accordance with EN 62841:
Total vibration value
Strimmer
- Handle front
- Handle back
Uncertainty
3-tooth blade
- Handle front
- Handle back
Uncertainty
Hedge trimmer
- Handle front
- Handle back
Uncertainty
Pole pruner
- Handle front
- Handle back
Uncertainty
Note
The vibration emission values and noise emission values
►
given in these instructions have been measured in accord-
ance with a standardised test procedure and can be used
for comparison of the power tool with another tool.
The specified total vibration values and the noise emission
►
values can also be used to make a provisional load esti-
mate.
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 given in these instructions during actual use of
the power tool.
It is necessary to establish safety measures to protect the
►
operator based on an estimation of the vibration load dur-
ing actual use (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 with-
out load).
a = 1.763 m/s
h
a = 3.496 m/s
h
K = 1.5 m/s
a = 3.978 m/s
h
a = 2.921 m/s
h
K = 1.5 m/s
a = 2.280 m/s
h
a = 3.389 m/s
h
K = 1.5 m/s
a = 1.884 m/s
h
a = 3.578 m/s
h
K = 1.5 m/s
2
2
2
2
2
2
2
2
2
2
2
2