Specifications - Stihl KGA 770 Gebrauchsanleitung

Specifications

Battery
Type: Lithium-ion
The power tool may be operated only
wth geometrically matching STIHL
batteries.
The running time of the power tool
depends on the battery's energy content
(e.g. 80 Wh with AP 80 or 160 Wh with
AP 160).
Charger
AL 100
Mains voltage: 220-240 V
Rated current: 0.6 A
Frequency: 50 Hz
Power consumption: 75 W
Charging current: 1.6 A
Insulation: II, E (double
insulated)
AL 300
Mains voltage: 220-240 V
Rated current: 2.6 A
Frequency: 50 Hz
Power consumption: 320 W
Charging current: 6.5 A
Insulation: II, E (double
insulated)
KGA 770
Charging Times
AL 100
with AP 80:
– up to 80% capacity:
– up to 100% capacity:
with AP 120:
– up to 80% capacity:
– up to 100% capacity:
with AP 160:
– up to 80% capacity:
– up to 100% capacity:
AL 300
with AP 80:
– up to 80% capacity:
– up to 100% capacity:
with AP 120:
– up to 80% capacity:
– up to 100% capacity:
with AP 160:
– up to 80% capacity:
– up to 100% capacity:
KGA 770
Theoretical sweeping
performance:
Hopper capacity:
Type of enclosure:
Weight incl. AP 80 battery: 17 kg
*
IP21 ingress protection achieved by
using special components
Dimensions
Push handle upright
Length:
Width:
70 min
Height:
100 min
Push handle in normal operating
position
120 min
Length:
140 min
Width:
Height:
150 min
165 min Noise and Vibration Data
Noise and vibration data are determined
on the basis of the rated maximum
25 min
speed.
50 min
For further details on compliance with
Vibration Directive 2002/44/EC see
30 min
www.stihl.com/vib.
60 min
Sound pressure level L
EN 60335-2-72
35 min
60 min 64 dB(A)
Sound power level L
80 dB(A)
Vibration measurement a
2
3250 m /h
EN 60335-2-72
50 L
Handle, left
IP20*
2
< 2.5 m/s
The K-factor in accordance with
Directive 2006/42/EC is 2.5 dB(A) for
the sound pressure level and sound
power level; the K-factor in accordance
with Directive 2006/42/EC is 2.0 m/s
for the vibration measurement.
English
800 mm
800 mm
1270 mm
1050 mm
800 mm
1050 mm
to
p
to EN 60335-2-72
w
to
h
Handle, right
2
< 2.5 m/s
2
49