Parker FB12-2F Bag Filter Housing 2 Inch Flange 160 Gpm

Product Description

The PARKER FB12-2F is a carbon steel bag filter housing designed for industrial liquid filtration applications. It accepts a size 2 filter bag and handles flow rates up to 160 GPM, making it suitable for high-volume process fluid, cooling water, and general industrial service lines. The housing uses flange end connections for secure, leak-resistant piping integration. At 105 pounds, this is a robust, permanently installed unit intended for fixed filtration stations. Licensed plumbers, pipefitters, and industrial maintenance technicians are the primary installers.

This bag filter housing fits into industrial and commercial process piping systems where continuous high-flow filtration is required. The 2-inch flange connection suits standard pipeline configurations in manufacturing facilities, water treatment operations, and HVAC process loops. The size 2 bag format offers a large filtration surface area relative to the housing footprint, reducing changeout frequency in moderate-to-heavy particulate service.

Key Features

• Carbon steel construction for durability in demanding industrial service
• Flange end connections for secure, pressure-rated piping integration
• Accepts size 2 filter bags for high-capacity particulate removal
• Rated up to 160 GPM maximum flow rate
• Permanently mounted housing design suited for fixed filtration stations

Compatibility

Designed as an OEM-style replacement or direct-install bag filter housing for 2-inch flanged industrial process piping systems requiring size 2 bag filtration.

Installation Notes

Installation should be performed by a licensed pipefitter or industrial maintenance technician familiar with flanged piping systems. Shut off and depressurize the process line completely before installing or servicing the housing. Follow applicable piping codes and use appropriate gaskets and hardware rated for the system pressure and fluid type. Do not exceed the 160 GPM maximum flow rating during operation.