2. AIR SUPPLY AND CONNEC-
TIONS (Fig.2)
A. TOOL AIR FITTINGS/COUPLINGS:
WHEN USING THE TOOL, BE SURE TO USE A SPECIAL AIR
COMPRESSOR AND AIR HOSE.
In order to improve its performance, it has set its working pres-
sure higher than the conventional nailers. To use the tool, you al-
ways need the special air compressor and air hose (MAX
PowerLite Compressor and MAX PowerLite Hose).
Use of high pressure gas (for example, oxygen, acetylene, etc.)
causes abnormal combustion, possibly resulting in explosion.
Use only the special air compressor and air hose.
B. OPERATING PRESSURE:
17 to 23 bar (250 to 320 p.s.i.). Select the operating air pressure
within this range for best performance based upon the fastener
application and work surface. Using the lowest acceptable to
minimize noise, vibration and wear.
DO NOT EXCEED 23 bar (320 p.s.i.).
NOTICE:
Frequent, but not excessive, lubrication is required for the best
performance. Upon completion of operations, place 5 or 6 drops
of oil into the air plug inlet with the jet oiler.
3. INSTRUCTIONS FOR OPERATION
1.
BEFORE OPERATION
Check the following prior operation.
1
Wear Safety Glasses or Goggles.
2
Do not connect the air supply.
3
Inspect screw tightness.
4
Check operation of the contact arm & trigger if moving
smoothly.
5
Connect the air supply.
6
Check the air leakage. (The Tool must not have the air
leakage.)
7
Hold the Tool with finger-off the trigger, then push the con-
tact arm against the work-piece. (The tool must not oper-
ate.)
8
Hold the Tool with contact arm free from work-piece and pull
the trigger. (The Tool must not operate.)
9
Disconnect the air supply.
2.
OPERATION
NAIL LOADING
1
(Fig.3) Load the nails 1 into the slot in the rear of the Mag-
azine until they go over the Nail Stopper 2.
2
(Fig.4) Pull the Pusher 1 as far as the rear end of the mag-
azine and release it gently.
TEST OPERATION
1
Adjust the air pressure at 17 bar (250 p.s.i.) and connect the
air supply.
2
Without touching the Trigger, depress the Contact Arm
against the work-piece.
Pull the Trigger. (The tool should fire the fastener.)
3
With the tool off the work-piece, pull the Trigger.
Then depress the Contact Arm against the work-piece. (The
tool should not fire the fastener.)
4
Adjust the air pressure as much as the lowest possible ac-
cording to the diameters and length of fastener and the
hardness of work-piece.
DRIVING FASTENERS
This tool is assembled with FULL SEQUENTIAL ACTUATION.
FULL SEQUENTIAL ACTUATION OPERATION
For single fire operation, depress the Contact Arm against work
surface and pull trigger. A fastener will be driven. Release both
trigger and Contact Arm. Begin again.
FULL SEQUENTIAL
ACTUATION
FULL SEQUENTIAL
ACTUATION
When using the tool with both hands;
Hold the rear of the magazine to use (Fig.5).
WARNING
Do not hold the front of the magazine because your hand may be
injured by fasteners (Fig.6).
TRIGGER LOCK MECHANISM (Fig.7)
This tool has a Trigger Lock. The trigger should be locked at all
times until you intend to drive nail into the work surface. Push and
rotate the Trigger LOCK Dial 1 clockwise from LOCK to UN-
LOCK position immediately before driving nails. When fastening
is complete, push and rotate dial counterclockwise to LOCK po-
sition.
REMOVING JAMMED NAILS
WARNING
•
ALWAYS disconnect the air supply.
•
Wear gloves when removing jams; do not use bare hands
•
Confirm that you have removed all nails from nose of tool
before reconnecting to air supply.
1
Disconnect the air supply.
2
(Fig.8) Push down the Pusher Lever 1 and release the
strip nails from the Pusher.
3
(Fig.9) Push the Nail Stopper 1, and remove the fasteners
from inside of the Magazine.
4
(Fig.10) Pull and hold the Pusher 1 with hand.
5
Remove the jammed nail from the Nose using a punch or a
slotted screw driver.
3
PROCEDURE
1
Pulling the Trigger and keeping it
pulled.
2
Depressing the Contact Arm.
The tool cannot fire a fastener.
PROCEDURE
1
Depressing the Contact Arm.
2
Pulling the Trigger and keeping it
pulled.
The tool fires a fastener.
In order to fire a second fastener, you
should both release the Trigger and re-
move the Contact arm from the surface.