Compressors equipped with a Big Bore™ piston, cast iron pump and heavy duty crankshaft deliver faster recovery time and higher CFMs for more efficient nailing and fastening. The Big Bore™ piston and cylinder are larger than those in standard compressors, so they compress more air on each stroke. The result is increased compressor efficiency, faster recovery, and lower RPM for reduced noise. [Learn More]
Makita’s 2.5HP Air Compressor is equipped with Makita’s Big Bore™ engineered pump cylinder and piston for higher output for two nailers, with less noise and improved job site performance. The MAC2400 delivers industrial power and results with improved durability for tough job site conditions.
2.5 HP with Big Bore™ Engineered Pump
The MAC2400 is powered by a 2.5 HP motor. The Makita Big Bore™ engineered pump with cast iron cylinder has greater bore and stroke for increased compression, faster recovery and less noise. The cast iron construction is engineered for increased durability even under tough job site conditions. The MAC2400 has an oil lubricated pump and is equipped with a large automotive style filter for increased air intake and greater efficiency. The Big Bore™ oil-lubricated pump is also more efficient: the MAC2400 runs cooler and at half the RPM of most competitive units, resulting in greater motor and pump life and lower noise.
The 4.2 gallon twin-stacked tank sustains an operating pressure of 130 PSI, and delivers 40 PSI (4.8 CFM) and 90 PSI (4.2 CFM), enough for two nailers. The low AMP draw reduces instances of tripped breakers and voltage drop that can cause premature motor failure. The roll bar handle provides portability and additional protection, helping it withstand harsh jobsite environments. Additional features include a convenient oil drain and oil sight glass, a tank drain valve that supersedes standard petcock design for easier maintenance, and finned discharge tubing that dissipates heat more efficiently.
Versatile Design for a Range of Applications
The MAC2400 is engineered for low noise, high output and less maintenance, and delivers industrial power and results with improved durability under tough job site conditions.
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