JOHNSON CONTROLS A-4000-146 A-4000-146 1/2" NPT. PNEUMATIC FILTER-23 SCFM

1/2" NPT. PNEUMATIC FILTER-23 SCFM

The Johnson Controls A-4000-146, 1/2" NPT. Pneumtic Filter 23 SCFM, Air Filter is a pneumatic filter designed to filter suspended particles from compressed air. FEATURES: This model comes with a 1/2" O.D. inlet and outlet connectors and a 15 microns particle size rating.

For use as a filter for applications where a very high percentage of dust is expected, 80 to 100% collection efficiency. The 1/2" NPT is rated at 23 SCFM. Can be used in gas engines or with pneumatic systems.

The Johnson Controls A-4000-146 1/2" NPT. Pneumatic Filter is compatible with Johnson Control Speedaire, and Intellisys controls. It is used to capture particles and microorganisms from compressed air.

The A-4000 - 046 T1 is a high quality filter that has been manufactured to tight tolerances to eliminate the need for field re-calibration whenever possible. This filter is to be used only with Carrier Brand Split Systems Furnaces with 1/2" NPT. It will not fit other brands!

The Johnson Controls A-4000-146 Series Air Filter is designed to be used on air compressors and other air handling equipment applications requiring high dirt holding capacity. Filter is constructed of an extended surface, spiral wound, electrostatically charged, synthetic filter media. This filter is suitable for use with abrasives of either a dry or liquid type. The filter has SAE 1/2" NPT connection ports, inlet and outlet assemblies with pipe plug.

The new A-4000 Series Air Filter offers increased protection against dirt, lint and airborne particles to ensure cleaner compressed air delivered to your pneumatic equipment. With a filter efficiency rating up to 99.7% (30-micron) the A-4000 Series saves time and money by providing consistent air filtration that helps reduce unplanned downtime on critical production equipment.

The A-4000 series air filters offer superior performance to the 3M ESPAFLOW models for greater efficiency and longer life. The units are designed to operate under optimum pressure conditions with a minimal loss of positive flow.