Racor EACP Series Dynamic Engine Air Pre-Cleaners

Racor EACP Engine Air Pre-Cleaners are designed to be mounted on or connected to the air intake of an air filter housing on gasoline or diesel engines.

EACP Engine Air Pre-Cleaners are usually installed in place of the rain cap, dust bowl, or aspirated pre-cleaner (exhaust system). In some applications, they can be mounted directly to the air cleaner inlet.

Equipment operated in dusty environments requires more periodic maintenance and they experience more down time. The filter in the air cleaner requires more frequent replacement as the level of airborne dust increases. A plugged filter reduces power, fuel economy, and engine component life. Racor dynamic air pre-cleaners dramatically increase the life of the air filter (up to 12 times), reduce overall intake system restriction, increase equipment productivity, reduce downtime, and save money.

How they work:

Air enters the pre-cleaner system through a screen that removes large debris. Air then flows through static vanes causing the air to spin. As the air spins, centrifugal force separates up to 90% of the dust, dirt, insects, rain, and snow from the air stream. The swirling air drives a high velocity rotor that acts as a blower evacuating contaminants through special discharge ports at the bottom or in the side of the unit. Only purified air flows to the air filters.

Consult factory or literature for final determination of part numbers, applications, required air flows and accessories.

EACP: On or Off-highway air pre-cleaners for agriculture, construction and stationary applications. Material is light weight engineered plastic composite for superior corrosion and UV resistance. Can be remote-mounted or attached directly to the air cleaner. Air flow 3 to 1100 cfm (1.5 to 40 m3/min) depending on product selected.

Benefits of EACP Dynamic Engine Air Pre-Cleaners:

• Easy to install
• Material is light weight engineered plastic composite for superior corrosion and UV resistance
• EACP Pre-Cleaners remove up to 80% of air contamination before air enters the filter
• Reduces down-time, prolongs engine, air filter, and turbocharger life
• Saves on fuel costs
• High air flow, low pressure differential design
• Self Cleaning, low maintenance
• Sealed bearings

Applications Include:

• Stationary engines and generator sets
• Agricultural equipment
• Trucks, buses and recreational vehicles
• Material handling equipment
• Pumping plants
• Agricultural and construction equipment