3.
Set the trigger assembly for contact actuation.
With pushing in the hinged part inward, set the trigger
so that the hinged part is under the rod of the valve in
the housing.
► Fig.19: 1. Hinged part 2. Rod of the valve
4.
Insert the pin to the hole and secure it by urethane
washer.
5.
Connect the air hose, and make sure that the
tool operates properly. Refer to the section "Checking
proper action before operation".
NOTE: To set back to single sequential actuation,
follow the procedures for changing the trigger above.
OPERATION
CAUTION:
Make sure all safety systems are in
working order before operation.
CAUTION:
When operating the tool, do not
close the face to the tool. Also keep hands and
feet away from the ejection port area.
CAUTION:
When not operating the tool,
always lock the trigger by turning the trigger lock
lever to the lock position
CAUTION:
Make sure that the trigger is
locked when the trigger lock lever is set to the
lock position
.
Checking proper action before
operation
Before operation, always check following points.
—
Make sure that the tool does not operate only by
connecting the air hose.
—
Make sure that the tool does not operate only by
pulling the trigger.
—
Make sure that the tool does not operate only by
placing the contact element against the workpiece
without pulling the trigger.
—
In single sequential actuation mode, make sure
that the tool does not operate when pulling the
trigger first and then placing the contact element
against the workpiece.
Nailing method
To prevent the trigger from being accidentally pulled,
the trigger lock lever is provided.
To lock the trigger, turn the trigger lock lever to the lock
position
.
To use the tool, turn the trigger lock lever to the unlock
position
.
► Fig.20: 1. Trigger lock lever 2. Trigger
.
Single sequential actuation
CAUTION:
Do not place the contact element
against the workpiece with excessive force. Also,
pull the trigger fully and hold it on for 1-2 seconds
after nailing.
Even in the "Single sequential actuation" mode, half-
pulled trigger causes an unexpected nailing, when the
contact element re-contacts the workpiece.
Place the contact element against the workpiece and
pull the trigger fully.
After nailing, release the contact element, and then
release the trigger.
► Fig.21
Contact actuation
Pull the trigger first and then place the contact element
against the workpiece.
► Fig.22
Nailing on steel plate
WARNING:
steel, limit the thickness to 2.3 mm (3/32") or
thinner. Otherwise the tool will bounce severely and
a nail struck back, causing serious injuries.
WARNING:
plate. Using other purposed nails may cause serious
injuries.
WARNING:
it stands upright to the driving surface. Slanted
nailing may cause nails to strike back, causing seri-
ous injuries.
WARNING:
a corrugated plate or the C-shaped steel directly.
It may cause nails to strike back, causing serious
injuries.
WARNING:
ceiling or roof.
Choose and use nails 10 mm (3/8") or much longer than
total thickness of all workpiece to be fastened. Refer to
the table below.
Material thick-
ness including
C-shaped steel (A)
9 mm - 22 mm
(11/32" - 7/8")
10 mm - 27 mm
(3/8" - 1-1/16")
14 mm - 35 mm
(9/16" - 1-3/8")
15 mm - 40 mm
(5/8" - 1-9/16")
► Fig.23
13 ENGLISH
When nailing on the C-shaped
Use hardened nails only for steel
When nailing, hold the tool so that
Do not use the tool for fastening
Do not use the tool for nailing on
C-shaped steel (B)
Nail length (C)
thickness
1.6 mm - 2.3 mm
32 mm (1-1/4")
(1/16" - 3/32")
38 mm (1-1/2")
45 mm (1-3/4")
50 mm (2")