Parker FEM-371-6FP Hydraulic Coupler 3/8 Inch 5000 Psi

Product Description

The PARKER FEM-371-6FP is a no-lock female pipe thread hydraulic coupler designed for high-pressure fluid connections in hydraulic systems. Built from steel with a straight, threaded NPSF configuration, this coupler handles a maximum working pressure of 5,000 psi and a maximum flow rate of 6.00 GPM. At 2.89 inches in overall length and a body diameter of 3/8 inch, it is a compact, duty-rated fitting suited for installation by hydraulic equipment technicians and heavy equipment service professionals. It conforms to ISO 16028 standards, making it a reliable choice for professional hydraulic circuit work.

This coupler is rated for use with hydraulic tools and skid loader attachments. The no-lock female pipe thread design allows for straightforward connection and disconnection in field service and shop environments. The 3/8-18 NPSF thread size is a standard configuration found across a wide range of hydraulic tool circuits and loader hydraulic lines. It is a common replacement or add-on fitting for technicians maintaining or building out hydraulic systems on compact equipment.

Key Features

• Maximum working pressure of 5,000 psi for demanding hydraulic applications
• Maximum flow rate of 6.00 GPM suitable for tool and attachment circuits
• 3/8-18 NPSF female pipe thread connection in a straight body configuration
• Steel construction for durability in high-pressure service environments
• Conforms to ISO 16028 standards for hydraulic quick-action couplings
• Compact overall length of 2.89 inches with a 3/8 inch body diameter

Compatibility

Designed for use with hydraulic tools and skid loader attachments requiring a 3/8-18 NPSF female pipe thread coupler rated to 5,000 psi and conforming to ISO 16028.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Always relieve hydraulic system pressure completely before disconnecting or installing any coupler fitting. Inspect threads for damage before installation and use appropriate thread sealant or tape per system requirements. Torque to the equipment manufacturer's specification and verify there are no leaks before returning the system to service.