

Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The PARKER F602-16WJR/M4 is a heavy-duty compressed air filter designed to remove particulate contamination from compressed air systems. Rated at 1200 standard cubic feet per minute (SCFM), it handles high-flow industrial and commercial applications with a 40-micron polypropylene filter media. The 2-inch NPT port accommodates large-diameter piping commonly found in facility air distribution systems. An automatic drain removes accumulated condensate without manual intervention, and a built-in sight glass allows technicians to monitor bowl conditions at a glance. The zinc bowl construction provides durability in demanding service environments. Piping contractors, industrial maintenance technicians, and mechanical contractors typically install this filter as part of a point-of-use or main-line filtration assembly.
This filter is suited for compressed air systems in industrial plants, commercial facilities, and large mechanical rooms where high flow rates and reliable particulate removal are required. It fits into main-line compressed air distribution runs where a 2-inch NPT connection is present. The automatic drain and 16-ounce bowl capacity make it appropriate for installations where frequent manual servicing is not practical. It is typically installed upstream of air-operated equipment, pneumatic tools, or process instrumentation requiring clean, dry air.
Designed as an OEM-style heavy-duty compressed air filter for industrial and commercial compressed air distribution systems using 2-inch NPT piping connections.
Installation should be performed by a licensed pipefitter or qualified mechanical technician. Depressurize and lock out the compressed air system completely before installing or servicing this filter. Apply thread sealant appropriate for compressed air service to all NPT connections and verify there are no leaks before returning the system to pressure. Consult applicable mechanical codes and the system design specifications for proper placement, flow direction, and service interval requirements.
Thanks for subscribing!
This email has been registered!