FLORABEST FAHE 20-Li B2, Instruction Manual, Page: 6 / 60

FAHE 20-Li B2 GB │ IE │ NI │ CY │ 3 ■
Technical data
Cordless pruner: FAHE 20-Li B2
Rated voltage: 20 V
(direct current)
Max. rotational speed: 2500 min -1
No-load speed: max. 5 m/s
Weight
(without battery,
cutting tool and strap): approx. 2.6 kg
Oil tank volume:
65 cm 3
Cut length: approx. 200 mm
Blade: 8" Oregon 080NDEA318
Saw chain: Oregon 91P033X
Use only the following battery to operate the
cordless tool:
FAHE 20-Li B2-1
Type: LITHIUM ION
Rated voltage: 20 V
(direct current)
Capacity: 3000 mAh / 60 Wh
Cells: 10
Use only the following high-speed battery
charger to charge the cordless tool:
FAHE 20-Li B2-2
INPUT:
Rated voltage: 230–240 V ~, 50 Hz
(alternating current)
Power consumption: 85 W
Fuse (internal): 3.15 A
T3.15A
OUTPUT:
Rated voltage: 21.5 V
(direct current)
Charging current: 3.5 A
Charging time: approx. 60 min
Protection class: II / (double shielded)
Noise and vibration data:
Measured values for noise determined in accord-
ance with EN ISO 22868. The A-rated noise level
of the power tool is typically as follows:
Sound pressure level:
L
pA
= 88 dB (A)
Uncertainty: K
pA
= 3 dB
Sound power level: L
WA
= 106 dB (A)
Uncertainty: K
WA
= 3 dB
Wear ear protection!
Vibration values (vector total of three directions)
determined in accordance with EN ISO 22867:
Vibration: < 2.5 m/s
2
Uncertainty K = 1.5 m/s 2
WARNING!
■ Also reduce the risk due to vibrations, e.g.
the risk of Raynaud's phenomenon, by taking
frequent breaks and rubbing your hands
together!
NOTE
► The vibration level specified in these instruc-
tions has been measured in accordance with
a standardised measuring procedure speci-
fied and can be used to make equipment
comparisons. The specified vibration emission
value can also be used to make an initial
exposure estimate.
WARNING!
► The vibration level varies in accordance with
the use of the power tool and may be higher
than the value specified in these instructions
in some cases. There is a risk of underestima-
tion of the vibration load if the power tool is
used regularly in this manner. Try to keep the
vibration loads as low as possible. Meas-
ures to reduce the vibration load are, e.g.
wearing gloves and limiting the working time.
In this case 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 without load).