Parker H2E-F Male Npt Pneumatic Hose Connector 3/8 in

Product Description

The PARKER H2E-F is a male NPT pneumatic hose connector designed for use in compressed air and industrial pneumatic systems. It features a 3/8 inch body diameter and a 1/2-14 NPT threaded connection, making it a direct-fit component for connecting hoses and lines in pneumatic circuits. Constructed from steel with a zinc chromate finish, it is built to resist corrosion in shop and light industrial environments. This connector is installed by HVAC technicians, pipefitters, and industrial maintenance professionals working on pneumatic control lines and air supply systems.

This connector is suited for residential and commercial pneumatic applications where a reliable threaded male NPT fitting is required. It is commonly used at hose-to-manifold junctions, tool supply lines, and pneumatic control circuits. The 1/2-14 NPT thread size is a standard industrial thread and fits a wide range of compatible female NPT couplers and fittings used in shop air systems and light industrial plumbing.

Key Features

• 3/8 inch body diameter for compact inline installation
• 1/2-14 male NPT thread for standard industrial threaded connections
• Steel construction with zinc chromate finish for corrosion resistance
• Threaded connection type for secure, leak-resistant assembly
• Lightweight at 0.1513 pounds for easy single-handed installation

Compatibility

Designed as an OEM-style replacement or new-installation connector for standard industrial pneumatic systems using 1/2-14 NPT female threaded fittings and 3/8 inch body couplers.

Installation Notes

Installation should be performed by a qualified pipefitter, HVAC technician, or industrial maintenance professional. Depressurize the pneumatic system fully before removing or installing any fittings. Apply thread sealant tape or compound to the NPT threads in accordance with standard piping practices and applicable codes. Do not overtighten threaded connections, as steel NPT fittings can crack female ports if excessive torque is applied without proper thread engagement.