General description
See the front fold-out page for
illustrations.
Extent of the delivery
Carefully unpack the appliance and check
that it is complete. Dispose of the pa-
ckaging material correctly.
-
Appliance
-
2 Towelling covers
-
2 Synthetic fur covers
-
Translation of the original instructions
for use
Functional description
The device is designed for waxing and
polishing or dewaxing of vehicle varnish.
Rotating the polishing disc helps achie-
ve a consistent mode of operation. The
polishing bonnets can be exchange for
different applications and detachable for
cleaning.
Overview
1 Handle
2 ON / OFF switch
3 Polishing disc
4 2 Towelling covers
5 2 Synthetic fur covers
6 Mains cable
Technical specifications
Polishing machine
Rated input voltage
............................... 230-240 V~, 50 Hz
Power input ................................. 90 W
Idling speed (n) ......................3500 min
Safety class .....................................
Protection category......................... IP 20
Sound pressure level
(L
) .................. 62 dB(A); K
pA
Sound power level (L
measured ..........73 dB(A); K
guaranteed ........................... 76 dB(A)
Vibration
(a
) ................... 6,7 m/s
h
Levels of noise and vibration were determi-
ned according to the norms and regulations
in the declaration of conformity.
Technical and visual changes may be made
as part of ongoing development without
announcement. All dimensions, instructions
and specifications are therefore without
guarantee. Legal claims on the basis of the
operating manual may therefore not be
asserted.
The vibration emission value has been mea-
sured according to a standardised testing
method and may be used for comparison
with another electric tool.
The indicated vibration emission value may
also be used for an introductory assessment
of the exposure.
Warning:
The vibration emission value whilst
actually using the electrical tool may
vary from the given values indepen-
dently of the type and way in which
the electric tool is used.
GB
MT
PWP 90 B2
= 3 dB(A)
pA
)
wA
= 3 dB(A)
wA
; K= 1.5 m/s
2
-1
II
2
35