Value Collection 310-008-136 Liquid Bag Filter 800 Micron

Product Description

The VALUE COLLECTION 310-008-136 is an 800-micron liquid bag filter designed for industrial and commercial fluid filtration applications. Constructed from mesh polyester, this size 4 filter measures 4 inches in diameter and 14 inches in length, providing 1.3 square feet of filtration area. It handles a maximum flow rate of 50 GPM and is rated for continuous service up to 300 degrees F. Plumbers, pipefitters, and industrial maintenance technicians use this filter to remove particulates from process liquids, cooling water circuits, and other liquid-handling systems where coarse filtration is required.

This filter is suited for size 4 bag filter housings in light industrial, commercial HVAC, and process fluid systems. The 800-micron rating targets larger particulate loads, making it appropriate for prefiltration stages or applications where flow capacity and debris capture volume are priorities over fine particulate removal. The mesh polyester construction resists moisture and maintains structural integrity at elevated operating temperatures.

Key Features

• 800-micron filtration rating for coarse particulate removal
• 50 GPM maximum flow rate supports high-volume liquid systems
• Mesh polyester construction rated to 300 degrees F
• Size 4 bag format with 1.3 square feet of filter area
• 4-inch diameter by 14-inch length fits standard size 4 housings
• Lightweight at 0.15 pounds for easy handling and changeout

Compatibility

Designed as a direct-fit replacement for standard size 4 liquid bag filter housings used in industrial and commercial fluid filtration systems.

Installation Notes

Installation should be performed by a qualified technician familiar with the piping system and applicable codes. Shut off flow and relieve system pressure completely before opening the filter housing. Inspect the housing sealing ring and seat for wear or debris before seating the new bag. Restore flow gradually after reassembly and check for leaks before returning the system to full operation.