Equipment; Scope Of Delivery; Technical Information - Parkside PEBH 1010 Bedienungs- Und Sicherheitshinweise

Equipment

Q
Tool holder (drill chuck)
1
Rubber dust protection cap
2
Locking / unlocking cap
3
On / OFF switch
4
Locking button
5
Wheel for speed pre-selection
6
Clockwise / counter-clockwise switch
7
Function selector switch
8
Additional handgrip
9
Metal bit stop
10

Scope of Delivery

Q
1 Hammer drill
1 Additional handgrip
1 quick-action drill chuck
(13 mm) with adapter (see Fig. A)
3 Drills (see Fig. B)
1 Flat chisel (see Fig. B)
1 Pointed chisel (see Fig. B)
1 Metal bit stop
1 Tin of lubricating grease
1 Carrying case
1 Operating instructions
1 „Guarantee and Service" booklet

Technical Information

Q
Rated power
consumption:
Rated voltage:
Idle-running speed:
Impact frequency:
Impact energy:
Drill hole diameter:
Protection class:
Noise and vibration data:
Values determined in accordance with En 60745.
1010 W
230 V ~ , 50 Hz
n 0 - 1.100 / min
0
0 - 5.800 / min
2.2 joules
max. 13 mm for steel
max. 32 mm for wood
max. 26 mm for concrete
max. 82 mm
with compass saw
II / &
The sound pressure level (A-weighted) of the
device is typically 99,6 dB (A). Uncertainty K = 3 dB.
The sound level while working can exceed
112,6 dB (A).
Wear ear protection!
The total vibration (vector sum of three directions) is
calculated in accordance with En 60745:
Hammer drilling
in concrete: Vibration emission value
a = 13.462 m / s
h
Uncertainty K = 1.5 m / s
Chiselling: Vibration emission value
= 12.320 m / s
a
h
Uncertainty K = 1.5 m / s
WarNING! The vibration level given in these
instructions has been measured in accordance with
a standardised measurement procedure specified
in En 60745 and can be used to compare devices.
Different uses of the device give rise to different vibra-
tion levels and in many cases they may exceed the
values given in these instructions. It is easy to underes-
timate the vibration load if the electrical power tool is
used regularly in particular circumstances.
Note: If you wish to make an accurate assessment
of the vibration loads experienced during a particu-
lar period of working, you should also take into
account the intervening periods of time when the
device is switched off or is running but is not actual-
ly in use. This can result in a much lower vibration
load over the whole of the period of working.
Introduction
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2
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GB 7