100psi Pneumatic 2 in 1 Nailer
E&OE
© 2017 Unimac
4
Product Specifications
Maximum Operating Air Pressure
100psi
Minimum Operating Air Pressure
60psi
Staple Capacity
92
Staple Length Range
25mm - 50mm (1" – 2")
Staple Size
15 – ½" Gauge
L-shaped Nail Capacity
100
L-shaped Nail Length Range
37mm – 50mm (1 – ½" – 2")
L-shaped Nail Size
16 Gauge
Air Inlet
¼” NPT
Air Consumption
4.5 CFM
Net Weight
11kg
CE, UL and Australian C-Tick
certifications
Operating Instructions
Foreword
This nailer is a heavy duty, 2 in 1 pneumatic flooring nailer. It is designed to install tongue and groove hardwood
flooring with L-shaped nails or staples. Flooring in thicknesses of 1/2, 5/8, 3/4, and 25/32 can be installed using
1 – ½” and 2” length nails respectively.
Power Source
This tool is designed to operate on clean, dry, compressed air at regulated pressures between 70 and 120 PSI
(Pounds per Square Inch). The preferred system would include a filter, a pressure regulator, and an automatic
oiler located as close to the tool as possible (within 15 feet is ideal).
All compressed air contains moisture and other contaminates that are detrimental to internal components of the
tool. An airline filter will remove most of these contaminates and significantly prolong the life of the tool. If an in-
line oiler is not available, place 10 to 15 drops of Air Tool Oil into the tool’s air inlet at the beginning of each
workday.
IMPORTANT
: Do not over lubricate the Nailer; excess oil mist or drops will be vented with spent air when over
lubricated. Excess oil could stain the wood flooring, walls or furnishings. Dry-fire the nailer, without nails, to
purge excess oil, before you begin nailing.
The tool is equipped with a ¼ male “quick connector”. The tool must always be connected to the air supply with
a coupling such that all pressure is removed from the tool when the coupling is disconnected.
WARNING
: All airline components (hoses, connectors, filters, regulators, etc.) must have a minimum working
pressure rating of 150 PSI (10.3BAR) or 150% of maximum system potential, whichever is higher.
