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Idiomas disponibles
Package contents
1 cordless biscuit jointer 20V
1 additional handle (pre-assembled)
1 saw disc (pre-assembled)
1 extraction nozzle
1 adapter for external extraction
1 dust bag
1 face spanner
1 height stop
1 set of operating instructions
Technical data
Cordless Biscuit Jointer 20V PFDFA 20-Li A1
Rated voltage
Rated speed
Disc size
Thread size
Max . milling depth
Battery PAP 20 B3*
Type
Rated voltage
Capacity
Cells
High-speed battery charger PLG 20 C3*
INPUT
Rated voltage
Rated power
consumption
Fuse (internal)
OUTPUT
Rated voltage
Rated current
Charging time
Protection class
* BATTERY AND CHARGER ARE NOT SUPPLIED
PFDFA 20-Li A1
20 V
(DC)
n
= 6500 rpm
0
Ø 100 mm
M10
20 mm
LITHIUM ION
20 V
(DC)
4 Ah
10
230–240 V ∼ 50 Hz
(AC)
120 W
T3.15A
3 .15 A
21 .5 V
(DC)
4 .5 A
approx . 60 minutes
II /
(double insulation)
Noise and vibration data
Noise measurement value determined in accord-
ance with EN 60745 . The A-rated noise level
of the power tool is typically:
Noise emission value
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Wear ear muffs!
Total vibration value
Surface grinding,
main handle
Uncertainty
Surface grinding,
additional handle
Uncertainty
NOTE
►
The vibration emission value given in the in-
structions has been measured in accordance
with a standardised test procedure and can
be used for comparison of the power tool
with another tool . The specified vibration
emission value can also be used to make an
initial exposure estimate .
WARNING!
►
The vibration emission value may differ from
the stated value during the actual use of the
power tool, depending on the manner in
which the power tool is being used . Try to
establish safety measures to protect the oper-
ator based on an estimation of the exposure
during actual use (wherein all states of opera-
tion 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) .
L
= 74 .7 dB
PA
K =
3 dB
L
= 85 .7 dB
WA
K =
3 dB
a
< 2 .5 m/s
2
h
K = 1 .5 m/s
2
a
< 2 .5 m/s
2
h
K = 1 .5 m/s
2
GB │ IE
│
3
■
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