Parker 5E Tru-flate Hose Barb Pneumatic Connector 3/8 in

Product Description

The PARKER 5E is a hose barb style Tru-Flate automotive pneumatic connector designed for use in compressed air systems. It features a 3/8-inch body diameter and accepts a 3/8-inch hose ID, making it a straightforward male connector for standard shop-air and automotive pneumatic lines. Constructed from steel with a zinc chromate finish, the 5E provides corrosion resistance in demanding service environments. This connector is installed by HVAC technicians, automotive service professionals, and industrial maintenance personnel working with quick-connect pneumatic systems. It weighs approximately 0.08 pounds and ships as a single unit.

The PARKER 5E is suited for automotive service shops, light industrial facilities, and general-purpose compressed air distribution systems. It is commonly used where Tru-Flate style couplings are the shop standard. The hose barb design allows secure attachment to rubber or reinforced air hose with a compatible hose clamp, making it a reliable termination point in portable and stationary pneumatic tool setups.

Key Features

• Tru-Flate style connector for compatibility with standard automotive pneumatic quick-connect couplers
• 3/8-inch body diameter and 3/8-inch hose ID for a matched, leak-resistant connection
• Steel construction with zinc chromate finish for corrosion resistance
• Hose barb design secures to air hose without tools when used with a clamp
• Single-unit packaging suitable for individual replacement or service use

Compatibility

Designed as an OEM-style replacement connector for Tru-Flate style automotive and light industrial pneumatic systems using 3/8-inch hose ID air lines.

Installation Notes

Installation of pneumatic hose connectors should be performed by a qualified technician familiar with compressed air system safety. Depressurize and bleed the air line fully before removing or installing any connector. Secure the hose barb with an appropriately rated hose clamp and inspect the connection for leaks before returning the system to service. Follow all applicable shop safety and compressed air handling guidelines.