Technical Data - Kress KG560E.9 Bedienungsanleitung

Wear eye protection
Do not expose to rain
Wear ear protection
Keep bystanders away
Warning of hazard
Waste electrical products must
not be disposed of with household
waste. Please recycle where
facilities exist. Check with your local
authorities or retailer for recycling
10 10
advice.
EN
Remove battery from the socket
before carrying out any adjustment,
servicing or maintenance
Li-Ion battery. This product has been
marked with a symbol relating to
'separate collection' for all battery
packs and battery pack. It will
then be recycled or dismantled in
order to reduce the impact on the
environment. Battery packs can be
hazardous for the environment and
for human health since they contain
hazardous substances
Do not burn
Batteries may enter water cycle if
disposed improperly, which can
be hazardous for ecosystem. Do
not dispose of waste batteries as
unsorted municipal waste
COMPONENT LIST
1. AIRSPEED SELECTOR NOZZLE
2. BLOWER TUBE
3. TUBE RELEASE BUTTON
4.
5.
6.
7.
8.
9.
10. NOZZLE RELEASE BUTTON
Not all the accessories illustrated or
described are included in standard delivery.

TECHNICAL DATA

Type Designation KG560E.9 (5- designation of
machinery, representative of blower)
Voltage
Maximum air
volume
Maximum air
speed
Machine weight
* Voltage measured without workload. Initial battery
.
voltage reaches maximum of 60 volts. Nominal
voltage is 54 volts.
NOISE DATA
A weighted sound pressure
. K
pA
A weighted sound power
K
wA
Wear ear protection.
VIBRATION INFORMATION
.
Typical weighted vibration
Uncertainty
The declared vibration total value may be used for
comparing one tool with another, and may also be
used in a preliminary assessment of exposure.
VARIABLE SPEED DIAL
TURBO BUTTON FOR POWER BOOSTING
HANDLE
BATTERY PACK RELEASE BUTTON
TRIGGER
MOTOR HOUSING
KG560E .9
60 V
(Air volume mode)
(Air speed mode)
WARNING: The vibration emission value during
actual use of the power tool can differ from the
Max.*
1275 m /h
3
215 km/h
2.3 kg
L = 86.5 dB(A)
pA
3.0 dB(A)
L = 98.1 dB(A)
wA
3.0 dB(A)
a <2.5 m/s
2
h
K = 1.5 m/s²