Introduction; Intended Use; Features; Package Contents - Parkside PSS 270 C3 Translation Of The Original Instructions

SHEET SANDER PSS 270 C3

Introduction

Congratulations on the purchase of your new tool.
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 specified. Please also
pass these operating instructions on to any future
owner.

Intended use

This sheet sander is intended for the dry sanding of
wood, metal and paintwork. Any other use or mod-
ification is deemed to be improper and carries the
risk of serious personal injury. The manufacturer
accepts no responsibility for damage(s) attributable
to misuse. This tool is not intended for commercial
use.

Features

1 ON/OFF switch
2 Gripping surface
3 Release button
4 Dust collector
5 Nozzle (suction)
6 Adapter for external vacuum extraction
7 Clamping bars
8 Clamping levers
9 Sanding plate
0 Sanding sheet
q Speed selector
w Gripping surface
│ GB │ IE
■ 2

Package contents

1 sheet sander PSS 270 C3
2 sanding sheets (grain 80 + 120)
1 dust collector
1 adapter for external vacuum extraction
1 set of operating instructions

Technical data

Nominal voltage
Nominal power input
Idle speed
Idle oscillation speed
Sanding sheet
dimensions
Protection class
Noise and vibration data
Noise measurement value determined in accord-
ance with EN 62841. The A-rated noise level of
the power tool is typically:
Sound pressure level
Uncertainty
Sound power level
Uncertainty
Wear ear muffs!
Vibration values (vector total of three directions)
determined in accordance with EN 62841:
Vibration emission value
Uncertainty
230 V ∼, 50 Hz (AC)
270 W
n 7000–12000 rpm
0
n 14000–24000 rpm
0
Velcro fastener
92 x 182 mm
Clamp
92 x 230 mm
II / (double insulation)
L = 81 dB (A)
pA
K = 3 dB
L = 92 dB (A)
WA
K = 3 dB
max. a = 10.6 m/s
h, W
K = 1.5 m/s
PSS 270 C3
2
2