Parkside PAHE 20-Li D4 Traduction Des Instructions D'origine page 8

Package contents
1 cordless pruner 20V
1 saw head
1 shoulder strap
1 blade guard
1 Blade
1 saw chain
100 ml organic chain oil
1 assembly tool
1 safety goggles
1 operating instructions
Technical data
Cordless Pruner 20V PAHE 20-Li D4
Rated voltage
Idle speed
No-load speed
Weight (without battery, cutting tool
and strap)
Oil tank volume
Cut length
Blade
Saw chain
Battery PAP 20 B3*
Type
Rated voltage
Capacity
Cells
High-speed battery charger PLG 20 C3*
INPUT
Rated voltage
Power consumption
Fuse (internal)
PAHE 20-Li D4
20 V (direct current)
n 2500 min -1
0
max. 5 m/s
approx. 3.3 kg
approx. 80 cm 3
approx. 200 mm
8" ZLA8-33-507P
3/8N1S-33E
LITHIUM ION
20 V (direct current)
4000 mAh/80 Wh
10
230–240 V ∼, 50 Hz
(alternating current)
120 W
T3.15A
3.15 A
OUTPUT
Rated voltage
Charging current
Charging time
Protection class
* BATTERY AND CHARGER NOT INCLUDED IN
DELIVERY
Noise and vibration data
Measured values for noise determined in accord-
ance with EN 62841-1 and EN ISO 11680-1. The
A-rated noise level of the power tool is typically as
follows:
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Guaranteed sound power level L
Wear ear protection!
Vibration values (vector total of three directions)
determined in accordance with EN 62841-1 and
EN ISO 11680-1:
Vibration emission value
Uncertainty
WARNING!
► Depending on the use and the activities to be
performed, the sound pressure level must be
reduced to a level that does not adversely
affect the health of the operator. The sound
pressure level at the workplace may exceed
80 dB (A). In this case, sound insulation
measures are required for the operator (e.g.
wearing hearing protection).
► Also reduce the risk of vibration, e.g. the risk
of white-finger disease due to frequent breaks
in work where like rubbing their palms
together!
21.5 V (direct current)
4.5 A
approx. 60 min
II / (double shielded)
L = 82.4 dB (A)
pA
K = 3 dB
pA
L = 92.2 dB (A)
WA
K = 2.35 dB
WA
= 95 dB (A)
WA
a = 2.689 m/s
h,D
K = 1.5 m/s
GB │ IE │
2
2
3 ■