6
Remove the finger from the trigger and press the push
lever against the workpiece.
3.
THE TOOL MUST NOT LEAK AIR.
FIG. 9
Separate the No-Mar tip from the workpiece.
Next, point the tool downward, pull the trigger and then
wait in that position from 5 seconds or longer.
4.
THE TOOL MUST NOT OPERATE.
Pull trigger
5.
Pull the Nail Feeder backward, and without touching
the trigger, depress the push lever against the
workpiece.
Pull the trigger.
1).
THE TOOL MUST OPERATE.
Hold the trigger back while separating the push lever
from the workpiece.
2).
The tool will remain in operated status (the driver
blade will remain at the bottom).
Remove the finger from the trigger.
3).
Tool operation will end (the driver blade will return to
the top).
FIG. 10
Set the switching device to the upward position
(CONTACT ACTUATION MECHANISM).
(Set the switching device to the downward position
completely as shown in the diagram. Otherwise, it will
not operate properly).
6.
With the Nailer off the workpiece, pull the trigger. Pull the
tool Feeder backward and depress the push lever against
the workpiece.
THE TOOL MUST NOT OPERATE.
If no abnormal operation is observed, you may load nails
in to the tool.
Drive nails into the workpiece that is the same type to be
used in the actual application.
7.
THE TOOL MUST OPERATE PROPERLY.
NAIL LOADING
Always load nails into the tool's magazine before the air
supply is connected.
Connecting the air supply after loading
nails reduces the risk of unintentionally driving a nail and
injuring yourself or someone else.
If the nails are not loaded properly, the tool will misfire and
nails can be deflected, causing the tool to react in an
unexpected manner, and damage the tool.
WARNING
WARNING
Connect air supply.
Insert nail strip into the back of the magazine (FIG 13).
1.
2.
FIG. 12
Magazine
Slid the nail strip forward in the magazine.
The nail strip should pass the nail stopper (FIG 14).
3.
Nail Stopper
Magazine
FIG. 13
Do not pull trigger
No-Mar tip
Keep the nail feeder
pulled backward
Switch Button
Upward position
FIG. 11
