Residual Risks; Technical Data - Scheppach JS810 Traduction De La Notice Originale

Safety instructions specifically for jigsaws
• Hold the electric tool by the insulated handles
when you are carrying out work during which
the electric tool may come into contact with
concealed power cables or its own power ca-
ble. Contact with a live cable may also cause metal
parts of the appliance to become live and lead to
electric shock.
• Keep your hands away from the sawing area.
Do not reach underneath the workpiece. Contact
with the saw blade may result in injury.
• Keep your hands away from the stroke rod and the
quick-release chuck. Contact with these compo-
nents may result in a crushing injury.
• Always switch on the electrical power tool before
applying it to the workpiece. Otherwise, there is a
risk of a kickback.
• When sawing, ensure that the baseplate is in con-
tact with the workpiece.
• After completing your work, switch the electric tool
off and do not pull the saw blade out of the cut until
the tool has come to a standstill. This avoids kick-
backs, and allows you to put the tool down safely.
• Only use undamaged saw blades that are in per-
fect working order. Bent and blunt saw blades can
break or cause a kickback.
• Do not try and slow the saw blade down after
switching off by applying lateral pressure. The saw
blade can be damaged, break or cause a kickback.
• Immobilise the workpiece securely. Use clamps/
vices to hold the workpiece firmly. This is much
safer than simply holding it in your hand.
• Always run the power cord away from the appli-
ance to the rear.
• Never work on moistened materials or wet surfac-
es.
• Hazards caused by dust! When working for ex-
tended periods on wood and, in particular, materi-
als that produce dusts that are hazardous to health,
connect the appliance to an appropriate dust ex-
traction appliance.
• Wear a dust mask.
• Ensure there is sufficient ventilation.
Attention: Laser radiation
Do not stare into the beam
Class 2 laser
Protect yourself and you environment from acci-
dents using suitable precautionary measures!
• Do not look directly into the laser beam with un-
protected eyes.
• Never look into the path of the beam.
• Never point the laser beam towards reflecting
surfaces and persons or animals. Even a laser
beam with a low output can cause damage to the
eyes.
14 І GB
 www.scheppach.com  service@scheppach.com  +(49)-08223-4002-99  +(49)-08223-4002-58
• Caution - methods other than those specified
here can result in dangerous radiation exposure.
• Never open the laser module. Unexpected expo-
sure to the beam can occur.
• If the mitre saw is not used for an extended pe-
riod of time, the batteries should be removed.
• The laser may not be replaced with a different
type of laser.
• Repairs of the laser may only be carried out by
the laser manufacturer or an authorised repre-
sentative.

Residual risks

Even if you use this electric power tool in ac-
cordance with instructions, certain residual
risks cannot be rules out. The following hazards
may arise in connection with the equipment's
construction and layout:
• Lung damage if no suitable protective dust mask
is used.
• Damage to hearing if no suitable ear protection
is used.
• Health damage caused by hand-arm vibrations if
the equipment is used over a prolonged period or
is not properly guided and maintained.

Technical Data

Mains voltage
Power consumption
Stroke speed
Stroke height
Cutting depth, wood
Cutting depth, plastic
Cutting depth, iron
Mitre cut
Protection class
Weight
Laser class
Wavelength of laser
Laser output
Noise and vibration values
The total noise values determined in accordance
with EN 60745.
sound pressure level L
pA
uncertainty K
pA
sound power level L
WA
uncertainty K
WA
Wear hearing protection.
The effects of noise can cause a loss of hearing.
Total vibration values (vector sum - three directions)
determined in accordance with EN 60745.
Vibration emission value ah = 7,57 m/s
K uncertainty = 1,5 m/s
2
230 V~ / 50 Hz
810 W
0 - 2900 min
-1
19,5 mm
80 mm
8 mm
8 mm
45° - 0° - 45°
II
2,6 kg
2
650 nm
< 1mW
85 dB(A)
3 dB
96 dB(A)
3 dB
2