Parkside 384506 2107, Original Instructions Manual

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PWS 230 D4 ■ 2 │
GB
│
IE
ANGLE GRINDER PWS 230 D4
Introduction
Congratulations on the purchase of your new
appliance. You have chosen a high-quality product.
The operating instructions are part of this product.
They contain important information about safety,
usage and disposal. Before using the product,
please familiarise yourself with all operating and
safety instructions. Use the product only as
described and for the range of applications speci-
fied. Please also pass these operating instructions
on to any future owner.
Intended use
The appliance is intended for the cutting and rough
cutting of metal materials, concrete and tiles
without the use of water. Any other usage of or
modification to the appliance is deemed to be
improper and carries a significant risk of accidents.
The manufacturer accepts no responsibility for
damage(s) resulting from improper usage. The
appliance is not intended for commercial use.
Features
Appliance handle (rotatable)
ON/OFF switch
Safety lock-out
Release button
Cover for carbon brushes
Additional handle
Blade guard
Spindle locking button
Screw thread (3x) for the additional handle
Lever
Clamping nut (see fig. C)
Attachment spindle (see fig. C)
Attachment flange (see fig. C)
Two-hole mounting spanner (see fig. D)
Screw
Filter cover
Dust filter
Package contents
1 angle grinder PWS 230 D4
1 additional handle
1 blade guard
1 two-hole mounting spanner
1 operating manual
Technical data
Rated voltage 230 V ∼, 50 Hz
(AC)
Rated power consumption 2000 W
Rated speed n 6500 rpm
Disc width Ø 230 mm
Thread size M14
Protection class 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 as follows:
Noise emission value
Sound pressure level L
PA
= 97 dB (A)
Uncertainty K= 3 dB
Sound power level L
WA
= 108 dB (A)
Uncertainty K= 3 dB
Wear hearing protection!
Total vibration value
Surface sanding A
h, AG
= 5.087 m/s 2
Uncertainty K = 1.5 m/s 2