Technical Data - Lux Tools BHA-800 Notice Originale

Meisselhammer_380381.book Seite 23 Montag, 23. Januar 2017 12:59 12

Technical data

Part number
Rated voltage
Capacity
Protection class
Nominal revolutions
Hammer rate
Impact energy
Tool receiving socket
Max. drill chuck diameter ce-
ment
Sound power level (L )*
WA
Sound pressure level (L )*
PA
Vibration**
*) The specified values are emission values and do not necessar-
ily represent safe workplace values. Although there is a corre-
lation between emission and immission levels, this cannot be
used to infer whether additional safety measures are necessary
or not. Factors which affect the current immission levels at the
workplace, include the type of room, other sources of noise,
e. g. the number of machines operating and other processes
taking place in the vicinity. Permitted workplace values can dif-
fer from country to country. This information is designed to help
the user to better assess the dangers and risks. Determination
of noise emission values in accordance with EN 60745-1.
**) The specified vibration emission value was measured in
accordance with a normed test procedure and can be used in
order to compare one tool with another. The specified vibration
emission value can also be used for an introductory evaluation
of the exposure. The vibration emission value may fluctuate
from the specified value during actual use of the power tool.
These fluctuations will depend on the way in which the power
tool is used. Try to keep vibrations to a minimum. One method
of reducing the vibration load is, for example, limiting the length
of time you work with the tool. All parts of the operating cycle
must be taken into account for this purpose (for example, also
including times in which the power tool is switched off and
times in which it is switched on, but is running without load).
Determination of vibration emission values in accordance with
EN 60745-1.
380 381
230 V~, 50 Hz
800 W
II
−1
0–1200 min
−1
0–5300 min
2,8 J
SDS-plus
26 mm
105 dB(A)
(K = 3 dB(A))
94 dB(A)
(K = 3 dB(A))
< 15,5 m/s²
(K = 1,5 m/s²)
GB
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