17026896_0409 PowerMaxx_Li.book Seite 14 Mittwoch, 8. April 2009 4:37 16
ENGLISH
ENG
Max. drill diameter:
D
= in steel
1 max
D
= in softwood
2 max
m
= weight (with battery pack)
G
= Spindle thread
Vibration total value (vector sum of three
directions) determined in accordance with
EN 60745:
a
= Vibration emission value
h, D
(drilling into metal)
a
= Vibration emission level
h, S
(screwing without impact)
K
= Uncertainty (vibration)
h, ...
The vibration level specified in these instructions
has been measured using a procedure standard-
ised in EN 60745 and can be used for comparing
power tools with one another. It is also suitable for
a provisional estimate of the vibratory load.
The specified vibration level applies to the main
applications of the power tool. However if the tool is
used for different applications, with different acces-
sories or poorly maintained, the vibration emission
may differ. This can considerably increase the
vibratory load over the entire working period.
For an accurate estimate of the vibratory load,
times in which the machine is switched off, or when
it is running but not actually in use, should also be
taken into consideration. This can considerably
reduce the vibratory load over the entire working
period.
Define additional safety measures to protect the
operator against the effect of vibrations, e.g.:
maintenance of power tools and tools, keeping
hands warm, organisation of work sequences.
Typical A-effective perceived sound levels:
LpA
= Sound pressure level
L
= Acoustic power level
WA
K
, K
= Uncertainty (noise level)
pA
WA
Wear ear protectors!
Battery charger LC 60:
A
=
Voltage of the battery packs
B
=
Charging current
C
=
Charging time
battery pack capacity
1)
Depending on the residual capacity and the
temperature of the battery pack, real charging
times may deviate from the specifications.
Measured values determined in conformity with
EN 60745.
The technical specifications quoted are subject to
tolerances (in compliance with the relevant valid
standards).
14
1)
as a function of the