CS 60 WET/CSW 4161
19
Avoid blocking the cutting-off wheel
or exerting too high contact pressure.
Do not make excessively deep cuts.
Overloading the cutting-off wheel increases
its stress and the susceptibility to twisting
or blocking and therefore the possibility
of a kickback or the grinding tool breaking.
If the cutting-off wheel jams or you
interrupt work for any other reason, switch
the electric power tool off and hold
it steady until the wheel has come
to a standstill. Never attempt to pull the
still rotating wheel out of the workpiece,
otherwise a kickback may occur.
Establish and eliminate the cause of the jam.
Do not switch the electric power tool
on again while it is in the workpiece.
First let the cutting-off wheel reach
full speed before you carefully continue
cutting.
Otherwise the wheel may jam, jump out
of the workpiece or cause a kickback
if the electric power tool is in the workpiece
when switched on.
Support plates or large workpieces to
reduce the risk of a cutting-off wheel
jamming and causing a kickback.
Large workpieces may sag under their own
weight. The workpiece must be supported
on both sides of the wheel, namely near
the cutting-off wheel and along the edge.
Be particularly careful when making
“pocket cuts” in existing walls or other
secluded areas.
When the cutting-off wheel is inserted,
it may cause a kickback if it cuts into gas
or water lines, electric cables or other
objects.
Additional safety instructions
If the rubber hood (8, see Section
“Overview”) is damaged, replace
immediately.
The mains voltage and the voltage
specifications on the rating plate must
correspond.
Noise and vibration
The noise and vibration values have been
determined in accordance with EN 60745.
The A evaluated noise level of the power tool
is typically:
– Sound pressure level:
94 dB(A);
– Sound power level:
105 dB(A);
– Uncertainty:
K = 3 dB.
Total vibration value
(when cutting natural stone):
– Emission value:
a
h
= 4.2 m/s
2
– Uncertainty:
K = 1.5 m/s
2
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The vibration emission level given in this infor-
mation sheet has been measured in accor-
dance with a standardised test given
in EN 60745 and may be used to compare
one tool with another.
It may be used for a preliminary assessment
of exposure. The declared vibration emission
level represents the main applications of the
tool. However if the tool is used for different
applications, with different accessories
or poorly maintained, the vibration emission
may differ. This may significantly increase
the exposure level over the total working
period. For a precise estimation of the vibration
load the times should also be considered
during which the power tool is switched
off or even running, but not actually in use.
This may significantly decrease the exposure
level over the total working period. Identify
additional safety measures to protect the
operator from the effects of vibration such as:
maintain the tool and the accessories, keep
the hands warm, organisation of work
patterns.
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Summary of Contents for CS 60 WET
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Page 147: ...CS 60 WET CSW 4161 147...
Page 148: ...CS 60 WET CSW 4161 148...
Page 149: ...CS 60 WET CSW 4161 149...
Page 150: ...CS 60 WET CSW 4161 150 8 EN 60745 94 dB A 105 dB A K 3 dB ah 4 2 m s2 K 1 5 m s2 60745 85 dB A...
Page 154: ...CS 60 WET CSW 4161 154 WD 10 10 4 m 251 622 1 2 3 4 2...
Page 155: ...CS 60 WET CSW 4161 155 2 1 1 1 2 3 PRCD 3 mm 1 2 3...
Page 156: ...CS 60 WET CSW 4161 156 CS 60 WET 1 2 3...
Page 157: ...CS 60 WET CSW 4161 157 1 2 3 CS 60 WET 800 mm FLEX 353 280 2 FLEX 353 272...
Page 158: ...CS 60 WET CSW 4161 158 4 0 CS 60 WET 15 mm 1 2 3...
Page 159: ...CS 60 WET CSW 4161 159 CSW 4161 CS 60 WET 0 CS 60 WET 0 v v v o www flex tools com...
Page 268: ...353 299 12 2015 F r Druckfehler keine Gew hr Technische nderungen vorbehalten...
