CL10394-PS16PK - PS16 Replacement Main Filter Cartridge

Technical Overview: Heavy Duty Filtration for PS16 Systems

The CL10394-PS16PK Heavy Duty Fume Filter is a critical maintenance component designed specifically for the PS16 portable fume extraction series. In the realm of industrial hygiene and equipment maintenance, the integrity of the filtration media is paramount. This filter utilizes a high-density, heavy-duty media blend engineered to capture fine particulate matter (PM) generated during welding processes, including hexavalent chromium, manganese, and other metallic oxides. The structural design of the cartridge is reinforced to withstand the high static pressure generated by the PS16's vacuum motor, preventing media collapse or bypass which could damage the turbine or release contaminants back into the workspace.

From a facilities management perspective, using the correct OEM-spec or high-quality aftermarket filter is essential for maintaining the calculated airflow (CFM) of the extraction unit. As filters load with particulate, the pressure drop across the media increases. This heavy-duty variant is designed with an optimized pleat geometry that maximizes surface area, thereby increasing the dust-holding capacity and extending the interval between required change-outs. This results in reduced downtime for maintenance and lower total cost of ownership over the life of the equipment.

Installation of the CL10394 is straightforward, adhering to the standard maintenance protocols of the PS16 unit. Regular inspection and timely replacement of the main filter are necessary to ensure compliance with OSHA and local air quality regulations. A clogged filter not only reduces capture efficiency at the torch nozzle but can also lead to overheating of the vacuum motor due to restricted airflow. This filter provides the balance of filtration efficiency and air permeability required for heavy industrial welding applications.

Key Technical Specifications

• Compatibility: Direct fit for PS16 Portable Fume Extractors.
• Media Efficiency: High retention of sub-micron particles.
• Construction: Reinforced core and end caps for durability.
• Performance: Low initial pressure drop for immediate suction performance.