OBI 450296 Mode D'emploi page 36

Winkelschleifer_450296.book Seite 36 Freitag, 24. Februar 2017 8:24 08
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What? How?
Remove all dust from the Use a vacuum cleaner or
ventilation slits of the mo- a brush.
tor.
Clean the machine. Wipe the unit with a
slightly damp cloth
Storage, transportation
WARNING! Risk of injury! Store the unit in
such a way that it cannot be started by
unauthorised persons.
NOTICE! Risk of damage to the device!
Do not stored unprotected in a damp envi-
ronment.
Storage
– Clean unit before storing.
– Store the tool in a dry and well ventilated place.
Storage of grinding tools
Note: Unfavourable ambient conditions
during storage can accelerate the ageing
process of grinding tools.
Fault/malfunction
Appliance is not running.
Insufficient performance.
If you are unable to correct a fault yourself, please
contact our technical support directly. Please note
that improperly conducted repairs will void your
rights under warranty and may cause you additional
expenses.
– Make these materials available for recycling.
Disposal
Disposal of the appliance
Appliances which are labelled with the adja-
cent symbol must not be disposed of in
household waste. You must dispose of such
old electrical and electronic equipment sep-
arately.
– Please check with your local authority about the
possibilities for correct disposal.
Through separate disposal you send old equipment
for recycling or for other forms of re-use. You will
thus help to avoid in some cases that damaging
material gets into the environment.
Disposal of the packaging
The packaging consists of cardboard and
correspondingly marked plastics that can
be recycled.
– Make these materials available for
recycling.
Technical data
Item number 450 296
Rated voltage 230 V~, 50 Hz
36
– Always store abrasive bodies lying down on a
level surface.
– Only store abrasive bodies in dry and evenly
tempered, frost-free rooms.
– Protect abrasive bodies from direct sunlight dur-
ing storage.
Transportation
– When dispatching, try to use the original pack-
aging, if possible.
Malfunctions and troubleshooting
In the event of a malfunction...
Minor faults are often sufficient to cause a malfunc-
tion. In most cases, you will be able to correct these
faults easily. Please start by referring to the following
table before contacting our technical support. This
will help you save much effort and possibly expense.
Cause
Faulty appliance?
Abrading disc unsuitable for the ma-
terial?
Abrading disc worn?
Item number
Rated power
Protection class
Idling speed
Max. diameter of abrading
disc
Spindle diameter
Spindle length
Sound power level (L
Sound pressure level (L
Vibration**
Mains impedance Z
*) The specified values are emission values and do not necessar-
ily represent safe workplace values. Although there is a corre-
lation between emission and immission levels, this cannot be
used to infer whether additional safety measures are necessary
or not. Factors which affect the current immission levels at the
workplace, include the type of room, other sources of noise,
e. g. the number of machines operating and other processes
taking place in the vicinity. Permitted workplace values can dif-
fer from country to country. This information is designed to help
the user to better assess the dangers and risks. Determination
of noise emission values in accordance with EN 60745-1.
**) The specified vibration emission value was measured in
accordance with a normed test procedure and can be used in
order to compare one tool with another. The specified vibration
emission value can also be used for an introductory evaluation
of the exposure. The vibration emission value may fluctuate
from the specified value during actual use of the power tool.
DANGER! Attention – danger of injury!
Improperly conducted repairs may prevent
your machine from working safely. Such
repairs will endanger you and your sur-
roundings.
Remedy
Contact service partner.
Fit a suitable abrading disc
► Fitting the abrading disc – p. 35.
450 296
1950 W
II
6500 min
230 mm
M14
30 mm
)* 104 dB(A)
WA
(K = 3 dB(A))
)* 93 dB(A)
PA
(K = 3 dB(A))
< 5,11 m/s²
(K = 1,5 m/s²)
*** 0,225 Ω
max
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