Parker 5EP Push-lok Hose Barb Tru-flate Connector 3/8 in

Product Description

The PARKER 5EP is a Push-Lok hose barb connector designed for Tru-Flate-style automotive and pneumatic air line connections. Built from steel with a zinc chromate finish, this fitting accepts 3/8 inch hose ID and features a 3/8 inch body diameter, making it a compact, corrosion-resistant solution for compressed air circuits. Plumbers, pneumatic technicians, and service mechanics install this type of connector when assembling or repairing push-on air hose assemblies in shop environments. The zinc chromate coating provides a baseline level of corrosion resistance for typical indoor pneumatic service conditions.

This connector suits light industrial and automotive shop pneumatic systems where Tru-Flate-pattern couplings are standard. Typical applications include air tool drop lines, compressor outlet hose assemblies, and service bay air distribution systems. The push-lok barb design allows hose installation without clamps when used with compatible Push-Lok hose, streamlining assembly time in high-volume service environments.

Key Features

• Tru-Flate automotive pneumatic connector pattern for broad shop compatibility
• 3/8 inch hose ID barb fits standard 3/8 inch Push-Lok air hose
• 3/8 inch body diameter for compact inline installation
• Steel construction with zinc chromate finish for corrosion resistance
• Clamp-free hose retention when used with Push-Lok compatible hose

Compatibility

Designed as an OEM-style replacement or new-installation connector for 3/8 inch ID Push-Lok pneumatic hose used in Tru-Flate automotive coupling systems.

Installation Notes

Depressurize and bleed down the air system completely before disconnecting or installing any pneumatic fittings. This fitting is installed by pneumatic technicians or automotive service mechanics using standard hand tools. Ensure hose is fully seated on the barb to the depth indicated by the hose manufacturer before pressurizing the line. Verify that the hose type is rated for the operating pressure of the system prior to installation.