Technical Data; Ec Declaration Of Conformity - Stanley FATMAX FME720 Manual Del Usuario

Stanley Europe provides a facility for the collection and
recycling of Stanley Fat Max products once they have reached
the end of their working life. To take advantage of this service
please return your product to any authorised repair agent who
will collect them on our behalf.
You can check the location of your nearest authorised repair
agent by contacting your local Stanley Europe office at
the address indicated in this manual. Alternatively, a list of
authorised Stanley Europe repair agents and full details of our
after-sales service and contacts are available on the Internet
at: www.2helpU.com

Technical data

Voltage
V
W
Power input
No-load speed
min
Blade diameter mm
mm
Blade bore
Blade body thickness mm
max cross-cut capacity 90° mm
mm
max mitre capacity 45°
mm
max depth of cut 90°
max depth of bevel
mm
cross-cut
left
Mitre (max positions)
right
left
Bevel (max positions)
right
kg
Weight
Cutting capacities
Max cross cut x depth of cut
Max bevel 47°
Max mitre 47°
Max capacity at 47° x 47° compound
FME720
(Type 1)
230
ac
2000
4,800
-1
255
30
1.8
305
203
92
41
47°
47°
47°
0°
22
92 mm x 305 mm
41 mm x 305 mm
92 mm x 203 mm
41 mm x 203 mm
(Original instructions)
L (sound pressure) 95 dB(A), Uncertainty (K) 3 dB(A)
pA
L (sound power) 108 dB(A), Uncertainty (K) 3 dB(A)
WA
Vibration total values (triax vector sum) according to EN 61029:
Vibration emission value (a

EC declaration of conformity

MACHINERY DIRECTIVE
%
FME720
Stanley Europe declares that these products described under
"technical data" are in compliance with:
2006/42/EC, EN 61029-1, EN 61029-2-9
These products also comply with Directive 2004/108/EC and
2011/65/EU. For more information, please contact Stanley
Europe at the following address or refer to the back of the
manual.
The undersigned is responsible for compilation of the technical
_
file and makes this declaration on behalf of Stanley Europe.
Stanley Europe, Egide Walschaertsstraat14-18,
ENGLISH
2 2
) 2.78 m/s , uncertainty (K) 1.5 m/s
h
Kevin Hewitt
Vice-President Global Engineering
2800 Mechelen, Belgium
07/02/2014
15