Air source – Global Machinery Company ATBR1650-3PK User Manual

Page 29

Advertising
background image

14

Adjusting the exhaust direction:

1. The brad nailer/stapler is

equipped with an adjustable

direction exhaust deflector (1).

Simply adjust the directional

exhaust deflector so that

the exhaust air blast will

be directed away from the

operator. Grasp the deflector

and rotate it to the desired

position for the current application.

Adjusting the fastening depth:

1. Regulate the air pressure to 120 PSI at the compressor.
2. Connect the air hose to the nailer/stapler and test for

penetration by driving fasteners into a sample piece of

wood. If the fasteners do not achieve the desired depth,

rotate the depth adjustment thumb wheel (10) until the

desired depth is achieved.

Clearing a jam:

1. Disconnect the air supply

from the nailer/stapler and

remove all fasteners from the

magazine.

2. Remove the 3 hex screws

located in driver safety cover

(8). Remove the driver safety

cover (8) so the jammed

fastener is exposed.

3. Remove the jammed fastener,

using screwdriver or long nose

pliers if required.

4. Place the driver safety cover

back onto the driving

mechanism and tighten the

3 screws to secure with a

hex key.

5. Test the brad nailer/stapler.

Air source

This tool is designed to operate on clean, dry, compressed

air at regulated pressures between 60 and 120 PSI.
The preferred system would include a filter, a pressure

regulator, and an automatic oiler located as close to the tool

as possible.
All compressed air contains moisture and other

contaminates that are detrimental to internal components

of the tool. An air line filter will remove most of these

contaminates and significantly prolong the life of the tool.

If an in-line oiler is not available, place 3 - 4 drops of non

detergent oil into the tool’s air inlet at the beginning of

each workday.

DANGER.

All air line components (hoses, connectors,

filters, regulators, etc.) must have a minimum working

pressure rating of at least 120 PSI or 150% of maximum

system potential, whichever is greater.

Advertising