Pro-source PE25S2-PRO High Flow Bag Filter 25 Micron Size 2

Product Description

The PRO-SOURCE PE25S2-PRO is a Size 2 liquid bag filter rated at 25 microns, designed for high-flow industrial and commercial filtration systems. It handles a maximum flow rate of 200 GPM and provides 4.4 square feet of filtration area. Constructed from polyester, the filter media delivers reliable particulate removal in liquid process lines. At 7 inches in diameter and 32 inches in length, this filter fits standard Size 2 bag filter housings. It is installed by maintenance technicians and industrial service professionals in process filtration, water treatment, and fluid handling applications.

This filter is suited for liquid filtration systems requiring a Size 2 bag element rated at 25 microns. It performs in applications where moderate particulate removal is needed across high-volume flow rates. The polyester construction supports use in systems where temperatures reach up to 266 degrees F, making it appropriate for hot-water process lines and other elevated-temperature liquid handling environments. It is sold as a single unit.

Key Features

• 25-micron filtration rating for reliable particulate capture in liquid systems
• Maximum flow rate of 200 GPM supports high-volume process lines
• 4.4 square feet of filtration area per element
• Polyester media rated for temperatures up to 266 degrees F
• Size 2 format fits standard bag filter housings
• 7-inch diameter by 32-inch length for direct drop-in replacement

Compatibility

Compatible with CBC1D2T and CBG1D2T bag filter housings. Designed as a Size 2 replacement bag filter element for standard industrial liquid filtration housings.

Installation Notes

Installation is performed by qualified maintenance or industrial service technicians. Depressurize and isolate the filter housing completely before opening and replacing the bag element. Inspect the housing sealing ring and basket for wear or damage at each service interval. Disposal of used filter bags should comply with applicable local regulations based on the fluid being filtered.