Noise And Vibration Information - Festool PF 1200 E Notice D'utilisation D'origine

side of the tool, but not in line with the tool.
Kickback could cause the milling tool to jump
backwards, but kickback forces can be con-
trolled by the operator, if proper precautions
are taken.
b) When the tool is binding, or when interrupting a
cut for any reason, release the trigger and hold
the tool motionless in the material until the tool
comes to a complete stop. Never attempt to
remove the milling tool from the work or pull
the milling tool backward while the tool is in
motion or kickback may occur. Investigate and
take corrective actions to eliminate the cause
of binding.
c) When restarting a milling tool in the work-
piece, centre the tool in the kerf so that the
tool teeth are not engaged into the material.
If a tool binds, it may walk up or kickback from
the workpiece as the milling tool is restarted.
d) Support large panels to minimise the risk of
pinching and kickback. Large panels tend to
sag under their own weight. Supports must be
placed under the panel on both sides, near the
line of cut and near the edge of the panel.
e) Do not use dull or damaged tools. Unsharpened
or improperly set tools produce narrow kerfs
causing excessive friction, binding and kickback.
f) Tool depth and bevel adjusting locking levers
must be tight and secure before milling. If tool
adjustment shifts while milling, it may cause
binding and kickback.
g) Use extra caution when milling into existing
walls or other blind areas. The protruding tool
may cut objects that can cause kickback.
Function of the lower guard
a) Check the function of the springs for the lower
guard. If the lower guard or springs show any
signs of a defect, have the milling tool serviced
before using it again. Damaged parts, sticky
deposits or accumulated chips may result in
delayed operation of the lower guard.
2.3 Further safety warnings
–
Wear suitable protective equip-
ment such as ear protection,
safety goggles, a dust mask for
work which generates dust, and
protective gloves when working
with raw materials and when
changing tools.
– This electric power tool cannot be installed
in a work bench. The electric power tool may
become unsafe and cause serious accidents if
installed in benches from other manufacturers
or self-manufactured work benches.
– Never place your hands into the chip ejector.
You may injure yourself on rotating parts.
– Wait until the power tool stops completely until
placing it down. The tool can become entangled
and lead to a loss of control of the power tool.
– Ensure that the milling tool is firmly seated and
check that it runs smoothly.
– Do not use the tool for overhead work.
– Harmful/toxic dust may be produced during
your work (e.g. paint containing lead, certain
types of wood and metal). Inhaling or coming
into contact with this dust may represent a
hazard for operating personnel or persons in
the vicinity. Comply with the safety regulations
that apply in your country. Ensure that enclosed
spaces are adequately ventilated.
2.4

Noise and vibration information

Typically, the noise levels that are determined in
accordance with EN 62841 (see EC declaration of
conformity) are as follows:
Sound-pressure level
Sound-power level
Uncertainty
Wear ear protection!
Vibration emission value a
directions) and uncertainty K measured in ac-
cordance with EN 62841 (see EU Declaration of
Conformity):
Routing a Dibond® panel
The specified emissions values (vibration, noise)
– are used to compare machines.
– They are also used for making preliminary
estimates regarding vibration and noise loads
during operation.
– They represent the primary applications of the
power tool.
13
L = 88 dB(A)
PA
L = 99 dB(A)
WA
K = 3 dB
(vector sum for three
h
a = <2.5 m/s²
h
K = 1.5 m/s²