Medium Pressure Lubrication & Hydraulic

Hydraulic and lubrication fluids are the vital to mobile equipment operations. System fluid conditions outside of recommended specification may result in premature equipment failures, reduced machine availability and unacceptable OEM warranty costs. Manufacturers and users desire highly effective filters to achieve long-term equipment reliability and performance, environmental protection and reduced cost of ownership.

Engineered specifically for OEMs

The Versalon™ “F”-range of filters offer a high performance, affordable solution to contamination control for medium pressure and flow (250 L/min or 66 US gpm) applications. The filter elements feature the Stress-Resistant Technology media providing a ßx (c)≥1000 (ISO 16889) rating for consistent system fluid cleanliness, optimized flow path for low pressure drop (dP) and long filter element service life.

A selection of interchangeable mechanical and electrical differential pressure indicators are available to help signal imminent filter blockage. Engineered specifically for OEMs, the filters provide initial protection from built-in system contamination to reduce warranty claims and security of aftermarket revenue through the unique clip-clap design of the elements.

For applications that require flow rate above 250 L/min (66 US gpm), the Athalon™ “UR”-range of filters are the ideal products for high performance contamination control. The filter elements feature the Stress-Resistant Technology media providing a ßx(c)≥2000 (ISO 16889) rating for world-class consistent fluid cleanliness, best-in class pressure drop (dP), and anti-static capability. The laid-over pleat design allows more filtration area to be packed in a given size, thus extending the element service life. The in-to-out flow reduces re-circulation of contaminates and enables the OEM to maintain spare element sales.

Versalon ™  and Athalon™ medium pressure filters technology ensures fluid cleanliness for mobile OEMs. For more information, contact a Pall expert today.