Introduction; Intended Use; Features; Package Contents - Parkside PHET 15 A1 Traduction Des Instructions D'origine

ELECTRIC NAILER / STAPLER
PHET 15 A1

Introduction

Congratulations on the purchase of your
new appliance. You have selected a
high-quality product. The operating
instructions are part of this product. They contain
important information on safety, usage and
disposal. Before using the product, familiarise
yourself with all handling and safety guidelines.
GB
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 electric staple gun is intended for stapling
cardboard, insulating material, leather, material
(textiles or natural fibre) and comparable materials
onto softwoods or wood-like material in private
households. The appliance is only for use in dry
rooms. Any other usage of or modification to the
appliance 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 appliance is not intended for com-
mercial use.

Features

Safety lock-out
Trigger
Magazine
Release
Magazine shaft
Fill level indicator (wire staples)
Fill level indicator (nails)

Package contents

1 electric nailer / stapler PHET 15 A1
400 staples 10 mm
100 nails 14 mm
1 set of operating instructions
26
All manuals and user guides at all-guides.com

Technical data

Rated voltage:
Rated input:
Protection class:
Wire staples:
Typ 53
Nails:
Typ 47
14–15 mm
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:
Sound pressure level:
Sound power level:
Uncertainty K:
Vibration values determined in accordance with
EN 60745:
Vibration emission value a
Uncertainty K = 1.5 m/s
230–240 V∼ 50 Hz
45 W
II /
Staple width: 11.4 mm outside
Staple length: 6–14 mm
6–14 mm
Nail length: 14–15 mm
73.82 dB(A)
84.82 dB(A)
Wear hearing protection!
2
3 dB
2
= 4.678 m/s
h
PHET 15 A1