Items Supplied; Proper Use; Technical Data - Parkside BMH 1100 Bedienungs- Und Sicherheitshinweise

Anleitung_BMH_1100_4258398:_

4. Items supplied

Take all the parts out of the packaging.
Check that nothing is missing.
BMH 1100 hammer drill
Additional handle
Depth stop
Drill bits for stone (6, 8, 10 mm)
Pointed chisel / flat chisel
Additional scroll chuck
Operating instructions
Dust absorption device
Chuck key

5. Proper use

The tool is designed for drilling with hammer
action in concrete, rock and brick, as well as
for chiseling work, always using the respective
correct drill or chisel bit.
The equipment is to be used only for its
prescribed purpose. Any other use is deemed
to be a case of misuse. The user / operator
and not the manufacturer will be liable for any
damage or injuries of any kind caused as a
result of this.
Please note that our equipment has not been
designed for use in commercial, trade or
industrial applications. Our warranty will be
voided if the machine is used in commercial,
trade or industrial businesses or for equivalent
purposes.
21.11.2008 7:40 Uhr Seite 11

6. Technical data

Mains voltage:
Power input:
Idling speed:
Blow rate:
Drilling capacity in
concrete/stone (max.):
Protection class:
Weight:
Sound and vibration
Sound and vibration values were measured in
accordance with EN 60745.
L sound pressure level
pA
K uncertainty
pA
L sound power level
WA
K uncertainty
WA
The hammer drill is not designed for outdoors
use as specified I Article 3 of Directive
2000/14/EC_2005/88/EC.
Wear ear-muffs.
The impact of noise can cause damage to
hearing.
Total vibration values (vector sum of three
directions) determined in accordance with EN
60745.
Hammer drilling in concrete
Vibration emission value a
K uncertainty = 1.5 m/s
Chiseling
Vibration emission value a
K uncertainty = 1.5 m/s
Important!
The vibration value changes according to the
area of application of the electric tool and may
GB/IE/
CY
230 V ~ 50 Hz
1050 W
0-1100 rpm
0-5100 rpm
26 mm
II /
3.6 kg
91.8 dB(A)
3 dB
102.8 dB(A)
3 dB
= 15.81 m/s 2
h
2
= 15.668 m/s 2
h
2
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