Ingersoll Rand C2475F13GH Two-Stage Gas Powered Air Compressor

The Ingersoll Rand C2475F13GH is a two-stage gas-powered air compressor designed for heavy-duty and portable applications. Here are the details and specifications for this model:

1. Power and Performance:

   • Motor: The compressor is powered by a Honda GX390 13 horsepower (HP) gas engine, providing reliable and portable power.
   • Maximum Pressure: It has a maximum operating pressure of 175 pounds per square inch (psi), allowing for high-pressure applications.
   • Air Delivery: The compressor delivers a maximum airflow of 24 cubic feet per minute (CFM) at 175 psi, ensuring efficient operation of air tools.

2. Pump and Components:

   • Pump Type: The C2475F13GH features a two-stage, cast-iron pump, known for its durability and long service life.
   • Pump Configuration: It utilizes a two-stage pump design, which compresses the air in two stages for higher pressure and improved efficiency.
   • Splash Lubrication: The pump is splash-lubricated, meaning it uses oil for lubrication through a system of splashing and splattering.

3. Tank and Portability:

   • Tank Capacity: The compressor is equipped with a 30-gallon horizontal tank, providing an ample air storage capacity for extended use without frequent cycling.
   • Portability: The unit is designed for easy mobility with a wheelbarrow-style frame, pneumatic tires, and a handle, allowing you to move it around job sites conveniently.

4. Control and Safety Features:

   • Pressure Switch: The compressor is equipped with a pressure switch that automatically starts and stops the motor to maintain the desired pressure level in the system.
   • Safety Relief Valve: It includes a safety relief valve that protects the system from over-pressurization by releasing air if the pressure exceeds a set limit.
   • Manual Drain: The compressor features a manual drain valve for removing accumulated moisture from the tank.

5. Additional Features:

   • Engine Idle Control: The gas engine has an idle control feature that reduces fuel consumption and engine wear by automatically idling when the air demand is low.
   • Belt Drive System: The compressor utilizes a belt drive system, which provides smooth operation and reduces vibration.