Description
The Johnson Controls A-4110-604 is a replacement coalescing filter element engineered to deliver clean, dry compressed air in pneumatic control systems. Rated at 10 SCFM, this element is designed to efficiently remove oil aerosols, liquid water, and fine particulate contamination from compressed air lines — protecting downstream pneumatic actuators, controllers, and instrumentation from damage and premature wear.
Product Overview
Coalescing filter elements work by forcing compressed air through a fine fiber matrix that causes sub-micron oil droplets and moisture to merge (coalesce) into larger droplets, which then drain away from the airstream. The result is clean, dry air that meets the demands of sensitive pneumatic HVAC control components. The A-4110-604 is a genuine Johnson Controls replacement element, ensuring a precise fit and consistent performance within compatible Johnson Controls air preparation assemblies.
Key Features
- Rated flow capacity: 10 SCFM
- Removes oil aerosols, liquid water, and fine particulate from compressed air
- Coalescing fiber matrix design for efficient contaminant capture
- Genuine Johnson Controls OEM replacement element
- Protects pneumatic actuators, controllers, and instrumentation
- Designed for use in pneumatic HVAC and building automation air preparation systems
- Easy drop-in replacement for compatible Johnson Controls filter housings
Applications
- Pneumatic HVAC control systems
- Building automation compressed air supply lines
- Air preparation assemblies for pneumatic actuators and damper controls
- Commercial and industrial compressed air filtration
Why Replace Your Coalescing Filter Element?
Over time, coalescing filter elements become saturated with captured contaminants, reducing airflow and filtration efficiency. Regular replacement with a genuine Johnson Controls A-4110-604 element maintains system pressure, protects sensitive pneumatic components, and ensures reliable building automation performance. Always replace filter elements at manufacturer-recommended intervals or when pressure drop across the filter increases noticeably.
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