Eaton 24710N-608 Female Swivel Fitting 3/4-16 Jic 1/2 in

Product Description

The EATON 24710N-608 is a reusable female swivel hose fitting designed for JIC hydraulic and fluid-transfer assemblies. It features a 3/4-16 JIC thread and accepts hose with a 1/2-inch inner diameter. The carbon steel construction handles the pressure demands typical in hydraulic lines, fuel systems, and industrial fluid circuits. This fitting is reusable, meaning the hose end can be disassembled, inspected, and reconnected without replacing the entire assembly. Hydraulic technicians and fluid-power specialists use this style of fitting when building or servicing hose assemblies that require a reliable swivel connection at the female JIC end.

This fitting is suited for hydraulic hose assemblies in mobile equipment, industrial machinery, and shop-fabricated fluid lines where a 3/4-16 JIC female swivel termination is specified. The reusable design is common in service environments where hose assemblies are built in the field or on the bench. It is appropriate for use in both original equipment builds and replacement assembly work.

Key Features

• 3/4-16 JIC thread size for standard JIC hydraulic connections
• Accepts 1/2-inch inner diameter hose
• Reusable design allows disassembly and reassembly without scrapping the fitting
• Female swivel configuration reduces torque transfer to the hose during installation
• Carbon steel construction for durability in pressurized fluid systems

Compatibility

Designed as an OEM-style reusable female swivel fitting for hydraulic hose assemblies requiring a 3/4-16 JIC thread and 1/2-inch hose ID.

Installation Notes

Installation is typically performed by hydraulic technicians or fluid-power specialists. Depressurize and drain the hydraulic system completely before disassembling any hose or fitting. Follow the fitting manufacturer's assembly instructions for proper socket and nipple engagement on reusable-style fittings. Inspect hose ends for damage before reassembly and verify thread engagement before returning the system to service.