20
GB
IE
General Description
The illustration of the principal
functioning parts can be found
on the foldout page.
Scope of delivery
Carefully unpack the sander and check
that it is complete. Dispose of the packag-
ing material correctly.
• Device
• Dust box
• External dust extraction adaptor
• 3 sanding sheets (two-part)
(grain size P 80 / P 120 / P 180)
• Sanding finger
• 3 sanding sheets for sanding finger
(grain size P 80 / P 120 / P 180)
• Instruction manual
Overview
1 On/off switch
2 Hand rest
3 Vent
4 Connection for dust extraction
5 Mains cable
6 Sanding plate
7 Dust collection box lid
8 Dust collection box
9 Tab for opening the
dust collection box
10 External dust extraction adaptor
11 3 sanding sheets (two-part)
12 Sanding finger
13 3 sanding sheets for sanding
finger
14 Sanding plate suction holes
15 Clamping lever for unlocking
sanding plate
16 Guiding rail
17 Mounting frame for filter
18 Filter for dust collection box
Technical Data
Detail sander ......................... PMS 160 A1
Rated input voltage (U) ..... 230 V~, 50 Hz
Power input (P) ............................ 160 W
Idling speed (n
0
) ....................13000 min
-1
Oscillation rate (n) .................26000 min
-1
Weight (without accessories) . appr. 1.1 kg
Protection class ................................. II
Protection category........................... IPX0
Sound pressure level
(L
pA
) ...................... 76 dB(A); K
pA
= 3 dB
Sound power level
(L
WA
) .................... 87 dB(A); K
WA
= 3 dB
Vibration (a
h
) ............ 9 m/s
2
;
K= 1.5 m/s
2
- The specified total vibration value and
the stated noise emission value have
been measured according to a stand-
ardised test method and can be used to
compare one power tool with another.
- The specified total vibration value and
the stated specified noise emission val
-
ue can also be used for a provisional
assessment of the load.
Warning:
The vibration and noise
emissions may deviate from the
specified values during actual use
of the power tool, depending on
how the power tool is being used
and, in particular, what kind of
material is being worked on. Safety
measures for the protection of the
operator are to be determined that
are based on an estimate of the
actual vibration load under the real
operating conditions (for this, all
parts of the operating cycle are to
Summary of Contents for PMS 160 A1
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