PRO XF Coalescing Filter
Available in 2″, 2 1/2″, and 3″ Threaded and 3″ and 4″ Flanged Housings, PRO XF provides a robust and compact range of Coalescing Filters that is ideal for use in multi-compressor installations and skid-based packages.
Ease of installation and maintenance has been fundamental in the design of PRO XF; a top loading design provides easy access to the filter element via screw cap, and the ‘Easy Grip’ element handle facilitates quick and efficient element change out. With a new externally accessible drain, eliminating the need to the internal of the filter bowl to remove the drain – servicing has never been easier.
PRO XF’s unique filter elements are designed to deliver optimum performance in line with the highest standards of air purity when tested in accordance with ISO 8573-1:2010.
Market leading differential pressure of <1.8 psi across X1 and XA grades.
- Key features & benefits
- ELEMENT TECHNICAL INFORMATION
Key features & benefits
Designed for high flow applications and operating pressures up to 232 psig (16 barg), PRO XF takes a revolutionary approach to the traditional fabricated flanged market – providing a compact and flexible modular design.
Available as individual threaded and flanged filters, by integrating a filter ‘module’ with slim-line connectors, the entire package is ideal for a multi-banked solution.
Ease of installation and maintenance has been a prime consideration in the design of PRO XF, minimizing system downtime associated with servicing and maintenance, and providing hugely improved operating efficiencies.
ELEMENT TECHNICAL INFORMATION
*to ISO 8573-1:2010 **Recommended operating temperature 77°F (25°C)
The Ultimate in Filtration Performance
Available as individual threaded and flanged filters, filters can be installed individually or banked together using slim-line connectors.
Top loading design makes access to the internal filter element quick and simple, eliminating the need to remove drain during element change out.
PRO XF’s space efficient design is up to 65% lighter and 45% smaller when compared to comparative fabricated models.