Technical Specifications - Parkside PNTS 250 B1 Originalbetriebsanleitung

G B M T

Technical specifications

Wet/Dry Grinder
Nominal input voltage U ...230 V~, 50 Hz
Power consumption P ................... 250 W
Safety class .......................................... I
Mechanical rating ............................IPX0
Idling speed n
0
wet grinding disc ...... approx. 128 min
dry grinding disc .... approx. 2950 min
Weight (incl. accessories) .. approx. 8.6 kg
Sound pressure level
(L ) ..................... 80 dB (A); K
pA
Sound power level
(L ) .................... 93 dB(A); K
WA
Vibration total value (a
Wet grinding disc
Outer diameter ................... Ø 200 mm
Bore hole ............................. Ø 20 mm
Thickness .................................40 mm
Grain size ......................................80
Speed n ......................... 3820 min
max
Working speed v
Dry grinding disc
Outer diameter ................... Ø 150 mm
Bore hole .......................... Ø 12.7 mm
Thickness .................................20 mm
Grain size ......................................36
Speed n ......................... 4500 min
max
Working speed v
* A break is introduced after 30 minutes of
uninterrupted operating duration until the de-
vice temperature differs 2 K (2°C) less than
room temperature.
4 0
................. PNTS 250 B1
(S2 30 min)*
pA
WA
) .......... 2.5 m/s
h
............. max. 40 m/s
s
............. max. 35 m/s
s
Noise and vibration values have been
determined according to the standards and
regulations mentioned in the declaration of
conformity.
The stated vibration emission value was
measured in accordance with a standard
testing procedure and may be used to com-
pare one power tool to another.
The stated vibration emission value may
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also be used for a preliminary exposure
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assessment.
Warning!
= 3 dB
The vibration emission value may
= 3 dB differ during actual use of the
power tool from the stated value
2
depending on the manner in which
the power tool is used.
Try to keep the exposure to vibra-
tions as low as possible. Examples
of measures to reduce vibration
exposure are the wearing of gloves
when using the tool and limiting the
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working hours. For this purpose all
parts of the operating cycle have to
be considered (for example, times
when the electric tool is switched
off and times when it is switched on
but running without any load).
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