Probuilder 69366 Manual De Instrucciones página 54

Keep visitors a safe distance from the work
area. Keep children away.
This product may contain one or more
chemicals known to cause cancer and birth
defects or other reproductive harm. Wash
hands after handling.
Setting up air line for tool operation
Air Supply
Make sure that the air compressor being
used for the air tool operation supplies the
correct output (CFM).
Have the tool in the "off " position when
connecting the tool to the air supply.
Use normal 90 psi working pressure for best
tool performance while running the tool.
High pressure and unclean air will shorten
the tool life due to faster wear and also may
create a hazardous situation.
Drain water from air compressor tank daily,
as well as any condensation in the air lines.
Air system layout
1. Air tool
2. Air hose 3/8" (I.D.)
3. Oiler
4. Pressure regulator
5. Filter
6, Shut off valve
7. Whip hose
8. Coupler body and connector
54
Water in the air line may enter the tool and
damage the tool mechanisms at operation.
Clean the air inlet � lter cartridge weekly. The
recommended hook-up procedure can be
viewed in the said diagram.
Line pressure should be increased
accordingly to make up for extra long air
hoses (usually over 8 meters). The minimum
hose diameter should be 1/4 in.(inner
diameter) and the � ttings should have the
same inside dimensions. But usually a 3/8 in.
I.D. air hose is recommended for air supply to
get the best function of air tool operation.
Use proper hoses and � ttings. We do not
suggest connecting quick change couplings
directly to the tool since they may cause
failure due to vibration. Instead, add a leader
hose and connect coupling between air
supply and hose whip.
Check hoses for wear before individual use.
Make certain that all connections are in
security.
9. Drain daily
10. 1/2" or larger pipe and � tting
11. Air dryer
12. 1" or larger pipe and � tting
13. Air compressor
14. Auto drain
15. Drain daily