7
dioxide or any other bottled
gas as a power source for
this tool. The tool could explode
and serious personal injury could
result.
compressed air at the recom-
mended pressure.
to an air-supply where the max-
imum allowable pressure of the
tool cannot be exceeded by more
than 10 %; in the case of higher
pressures, a pressure reducing
valve which includes a down-
stream safety valve shall be built
into the compressed air supply;
Quick-action couplings shall
be used for connection to the
compressed air system and the
non-sealable nipple must be fitted
at the tool in such a way that no
compressed air remains in the tool
after disconnection.
always follow the safety codes of
practice laid out by the compres-
sor manufacturer.
and tight. (Figure 1)
when it is connected to the air
supply.
disconnect it from the air supply.
(Figure 3)
fasteners.
yourself and others.
you are on a scale, stairs or
scaffolds, ladders, or ladder
alike constructions, e.g. roof laths,
when closing boxes or crates,
when fitting transportation safety
systems e.g. on vehicles and wag-
ons.
-
eral triangle may not be used
unless fitted with an effective
safety yoke.
when not driving fasteners. Never
carry the tool with finger on or
under the trigger as accidental
actuation may occur and cause
injury.
doing tool maintenance, clearing
a jammed fastener, leaving work
area, moving tool to another loca-
tion, or handing the tool to another
person.
trigger or springs have become in-
operable missing or damaged. Do
not tamper with or remove safety
yoke, trigger or springs.
space. This will avoid any hazard
caused by free flying fasteners and
excessive strain of the tool.
are securely tightened at all times.
(Figure 2)
needs repair.
parts and accessories.
a support, for example to a work
table, shall be designed and con-
structed by the stand manufactur-
er in such a way that the tool can
be safely fixed for the intended
use, thus for example avoiding
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