Eaton BD-KP69905 Male Jic Reusable Hose Fitting 7/16 in

Product Description

The EATON BD-KP69905 is a 7/16 inch male JIC reusable hose end fitting machined from carbon steel. JIC (Joint Industry Council) fittings use a 37-degree flare seat to create a reliable, vibration-resistant metal-to-metal seal in hydraulic and fluid transfer lines. The reusable design allows the fitting to be disassembled and reinstalled onto compatible hose ends without replacing the component, reducing downtime and material cost. This type of fitting is commonly installed by hydraulic technicians, plumbers, and fluid power specialists working on low- to medium-pressure hose assemblies.

This fitting is suited for hydraulic, pneumatic, and fluid transfer applications where a 7/16 inch male JIC threaded connection is required. The carbon steel construction holds up to typical shop and field service conditions. It is sold individually and is appropriate for replacement or new assembly work in industrial, mobile equipment, and HVAC-adjacent fluid system contexts where JIC hose fittings are specified.

Key Features

• 7/16 inch male JIC thread with 37-degree flare seating surface
• Reusable construction allows disassembly and reinstallation on compatible hose ends
• Carbon steel material suited for hydraulic and fluid transfer service
• Sold as a single unit — no minimum pack quantity required beyond one piece

Compatibility

Designed as an OEM-style replacement or new-assembly fitting for hydraulic and fluid transfer hose systems specifying a 7/16 inch male JIC threaded end connection.

Installation Notes

Installation should be performed by a qualified hydraulic or fluid systems technician familiar with JIC fitting assembly procedures. Depressurize and drain the hose assembly completely before disassembling any existing connections. Follow the hose and fitting manufacturer assembly instructions for proper insertion depth and ferrule positioning when using reusable-style fittings. Verify thread engagement and flare seat condition before returning the system to service.