Coilhose Pneumatics 8828 Air Filter 1 Inch Npt Polycarbonate Bowl

Product Description

The COILHOSE PNEUMATICS 8828 is a compressed air line filter designed to remove contaminants from pneumatic supply lines. Built with a polycarbonate bowl and polycarbonate body construction, this filter stands 9 inches tall with a 5-inch diameter bowl. The 1-inch NPT port accommodates high-flow industrial and commercial pneumatic systems. It is installed by pipefitters, industrial maintenance technicians, and HVAC-R mechanics wherever clean, dry air is required upstream of pneumatic controls, tools, or equipment.

The 8828 is suited for use in compressed air distribution systems in commercial and industrial facilities, manufacturing environments, and mechanical rooms. It fits inline on main or branch air supply lines where particulate filtration is needed before air reaches downstream regulators, lubricators, solenoid valves, or pneumatic actuators. The large-diameter polycarbonate bowl provides good bowl capacity and allows visual inspection of accumulated condensate and debris without disassembly.

Key Features

• 1-inch NPT port size accommodates high-volume compressed air lines
• Polycarbonate bowl allows visual inspection of condensate and contaminant levels
• Polycarbonate body and bowl construction for chemical resistance in typical shop-air environments
• 9-inch overall height with 5-inch bowl diameter provides generous bowl capacity
• Inline filter design fits standard compressed air distribution piping configurations

Compatibility

Designed as an OEM-style inline compressed air filter for 1-inch NPT pneumatic supply lines in commercial and industrial compressed air systems.

Installation Notes

Installation is typically performed by a licensed pipefitter or qualified maintenance technician. Depressurize and lock out the compressed air supply line completely before installing or servicing this filter. Apply appropriate thread sealant to the NPT threads per shop practice and applicable plumbing codes. Orient the bowl downward to allow proper condensate collection, and establish a regular drain and inspection interval based on system usage and contamination levels.