Metabo HPT NV 75A5 Manuel D'instructions Et De Sécurité page 17

WARNING
A nail will fi re each time the trigger is
depressed as long as the push lever remains
depressed.
(2) Continuous operation (Push lever fi re)
Using CONTACT ACTUATION MECHANISM
WARNING
To avoid double fi ring or accidental fi ring due
to recoil.
1) Do not press the nailer against the wood with
excessive force.
2) Separate the nailer from the wood as it
recoils after nailing.
If the hook is a xed, do not operate with
CONTACT ACTUATION MECHANISM.
1 Follow the steps below to set up the CONTACT
ACTUATION MECHANISM (as shown in the
diagrams that follow).
WARNING
Disconnect the air hose and remove all nails.
Do not depress the push lever.
Do not apply any unnecessary pressure or
use any tools to move the switch.
1) Remove the screw if it is still attached.
See "How to Remove the screw" in the
"METHODS OF OPERATION".
2) Set the switching device to the downward
position (to set to CONTACT ACTUATION
MECHANISM).
(Set the switching device to the downward
position completely as shown in the diagram.
Otherwise, it will not operate properly.)
2 Pull the trigger with the Nailer o the workpiece.
3 Depress the push lever against the workpiece to
drive a nail.
4 Move the Nailer along the workpiece with a
bouncing motion.
Each depression of the push lever will drive a nail.
As soon as the desired number of nails have been
driven, remove fi nger from the trigger.
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Switching device
Push Lever
4
2
WARNING
Keep your fi nger o the trigger except during
fastening operation, because serious injury
could result if the push lever accidentally
contacts you or others in work area.
Keep hands and body away from the
discharge area. This metabo HPT nailer may
bounce from the recoil of driving a fastener
and unwanted subsequent fastener may be
driven, possibly causing injury.
Some types of loaded nails can spark out of
the muzzle during a nail driving operation.
Exercise caution!
The SINGLE SEQUENTIAL ACTUATION MECHANISM
is for use where precision fastener placement is desired.
The SINGLE SEQUENTIAL ACTUATION MECHANISM
may reduce the possibility of bodily injury to you or others
in the work area compared to the CONTACT ACTUATION
MECHANISM. This is because it is less likely to drive
an unwanted nail if you keep the trigger pulled and
accidentally bump the push lever against yourself or
others.
The SINGLE SEQUENTIAL ACTUATION MECHANISM
may also reduce the speed of operation compared
to the CONTACT ACTUATION MECHANISM. The
SINGLE SEQUENTIAL ACTUATION MECHANISM is
recommended to inexperienced users.
English
Downward position
Previously pull
the trigger
17
2018/09/21 15:04:29 2018/09/21 15:04:29