
5
INDUSTRIAL AIR HYDRAULIC RIVETER
Changing Air Riveter Nose Piece (3) : (3/16”, 1/8”, 3/32”, 5/32”)
1. The Kincrome Air Riveter comes with 4 different size Nose Pieces (3/16”, 1/8”, 3/32”, 5/32”) (3), to accommodate for
most requirements.
2. Using the supplied Riveter Wrench (9) feed the nose piece (3) on the air riveter through the hole located in the middle of the
Riveter Wrench (10), turn anti clock wise and remove the Nose Piece (3).
3. Select which Nose Piece (3/16”, 1/8”, 3/32”, 5/32”) (3) you require for the rivets being fired.
4. Feed the desired Nose Piece (3) into the Frame Head (4) (Shaft) by hand, and tighten securely with the Riveter Wrench (10).
Air Hydraulic Riveter User Instructions
9) Before Starting
TO PREVENT SERIOUS INJURY FROM EXPLOSION:
Verify compressor is off before setup. Use only clean, dry,
regulated, compressed air to power this tool. Do not use
oxygen, carbon dioxide, combustible gases, or any other
bottled gas as a power source for this tool.
1. It is recommended a filter, regulator with pressure gauge, oiler,
in-line shut-off valve, and quick coupler be fitted for optimal
operation, as shown on Figure A.
2. An in-line shut-off ball valve is an important safety device,
it will shut-off the air supply even if the air hose is ruptured.
The shut-off valve should be a ball valve because it can be
closed quickly.
Note: If an automatic oiler system is not used, add a 4 to 5 drops of
Kincrome Air Tool Oil to the air inlet before operation.
Add a 1-2 more drops every hour of continual use.
3. Attach an air hose to the compressor’s air outlet. Connect the air hose to the air inlet (1) of the tool. Other components, such as
a quick connect fitting and quick connect coupler, will make operation more efficient, but are not required.
WARNING! Do not install a quick coupler directly on the tool. Couplers contains an air valve that will allow the air tool
to retain pressure and inadvertently operate after the air supply is disconnected.
4. The air hose must be long enough to reach the work area and allow free movement while working.
5. Turn on the air compressor according to the manufacturer’s directions and allow the tank to build up pressure until it cuts-off.
6. Adjust the air compressor’s regulator so that the air output is at the tools recommended working pressure, the output must not
exceed the tool’s maximum air pressure at any time. Adjust the pressure gradually, while checking the air output gauge to set
the optimal pressure range.
7. Inspect all air connections for leaks. Repair any leaks.
8. If the tool is not be used, turn off and detach the air supply, safely discharge any residual air pressure, and release the trigger (4)
and/or turn the tools switch to its off position to prevent inadvertent operation.
10) Operation
1. Ensure the Frame Cap (6) is secured to the Air Hydraulic Riveter.
Note: Ensure that the slot on the Frame Cap (6) is facing upwards to avoid spilling used rivet pins.
2. Select the Nose Piece (3/16”, 1/8”, 3/32”, 5/32”) (3) you require for the size of rivet being used.
3. Using a drill (not supplied), drill into the material you wish to rivet.
Note: When drilling rivet holes, use the same diameter drill bit as the outer diameter.
4. Attach an air hose to the Nitto style (12) fitting attached to the Air Hydraulic Riveter, covered in the assembly “Connecting Air
Supply To The Pneumatic Tool” section of this manual.
5. Turn on your compressor, and set the regulator between 60-100psi.
Figure A