Air conditioning assembly that filters and dries compressed air in Graco spray systems, helping protect pneumatic components from moisture, oil, and contamination.
| Machine Series | System Type | Application Role |
|---|---|---|
| Graco Reactor Series | Plural-component proportioning systems | Used as Filter, Dryer, Assy, Tank for moisture removal in compressed air supply lines |
| Graco E-XP Systems | High-pressure electric spray systems | Ensures clean, dry air delivery to protect internal pneumatic components |
| Graco E-Series Units | Entry and mid-level proportioners | Maintains air quality by filtering contaminants and moisture from tank supply lines |
| Graco Fusion AP Systems | Spray foam application systems | Supports consistent airflow by removing moisture that can affect spray performance |
The Graco 24C159 Filter, Dryer, Assy, Tank is an air system conditioning component designed to remove moisture, oil, and particulate contamination from compressed air lines in industrial spray equipment. It helps maintain clean, dry air supply to ensure optimal performance and reliability of pneumatic spray systems.
This Filter, Dryer, Assy, Tank assembly protects sensitive system components from moisture-related damage, reducing corrosion, freezing issues, and inconsistent spray output. By conditioning the air supply, it enhances equipment lifespan and ensures stable operation in demanding field environments.
Built for integration into Graco spray platforms, this unit supports continuous-duty applications where air quality directly impacts system efficiency, such as spray foam, coatings, and high-pressure proportioning systems.
The Graco 24C159 Filter, Dryer, Assy, Tank is a combined air filtration and drying assembly used in Graco spray systems. It works by capturing contaminants and removing moisture from compressed air before it reaches critical pneumatic components.
Its integrated tank design stabilizes airflow while the filtration and drying stages ensure consistent air quality, which is essential for maintaining accurate spray ratios, reducing downtime, and improving system reliability.
