GB
MT
The manufacturer is not liable for damage
caused by improper use or incorrect oper-
ation.
General description
The illustrations can be found
on the front fold-out page.
Scope of delivery
Unpack the device and check for complete-
ness. Dispose of the packaging material
properly.
-
Cordless pruning shears
-
Blade guard sheath
-
Hex key with Phillips screwdriver
-
Open-end spanner
-
Storage case
-
Instruction manual
Battery and charger are not
included.
Overview
1 Blade guard sheath
2 Cutting blade
3 Gear nut
4 Gear
5 Screw
6 Ventilation slit
7 Handle
8 On/Off switch
9 Green LED
10 Start handle
11 Hex key
12 Open-end spanner
13 Phillips screwdriver
14 Charger
15 Charge level indicator
16 Release button (battery)
17 Battery
22
18 Soft key
19 Storage case
20 Small screw
21 Cover
22 Screw bolt
23 Blade insert
Description of functions
The cordless pruning shears are driven
by an electric motor. During the cutting
process, the bypass blade moves back and
forth.
Please refer to the descriptions below for
information on how the operating elements
work.
Technical data
Cordless pruning shears ...... PAAS 20-Li A1
Nominal input voltage
U ....................... 20 V
Type of battery ................................Li-ion
Max. motor speed n
Cutting performance
Softwood ......................... max. 28 mm
Hardwood ....................... max. 15 mm
Weight (ready for operation,
with 2 Ah battery) ............ approx. 1.4 kg
Sound pressure level (L
Sound pressure level at the
operator's location (L
Sound power level (L
measured ................. 89 dB; K
Vibration (a
) ......1.568 m/s
h
Temperature (device + battery) max. 50 °C
Charging ............................. 4 - 40 °C
Operation ...........................-20 - 50°C
Storage ................................. 0 - 45°C
For use with smart batteries
(Smart PAPS 204 A1/Smart PAPS 208 A1)
Operating frequency/
Frequency band .... 2400 - 2483.5 MHz
Max. transmission power .......≤ 20 dBm
(DC voltage)
........... 21000 rpm
max
)69 dB; K
= 3 dB
pA
pA
) .. 73 dB; K
= 3 dB
pA
pA
)
WA
= 3 dB
WA
2
; K=1.5 m/s
2