Eaton 06Z-612-BG Hydraulic Hose Jic Swivel Fitting

Product Description

The EATON 06Z-612-BG is a female SAE 37 degree JIC swivel fitting designed for hydraulic hose assemblies. Manufactured from steel, this fitting connects a size 6 hydraulic hose to a 1-1/16-12 threaded port using the standard JIC 37 degree flare seat. The swivel design allows the hose to be positioned without twisting during installation, reducing assembly stress. Licensed hydraulic system technicians and fluid power mechanics install this fitting in mobile and stationary hydraulic systems where reliable, leak-free connections are required.

This fitting is suited for use in hydraulic hose fabrication and repair across industrial, agricultural, and mobile equipment applications. The SAE 37 degree JIC flare design is a widely adopted standard in fluid power systems. With a hose diameter of 11/16 inches and a 1-1/16-12 thread size, it accommodates size 6 hose assemblies in medium-pressure hydraulic circuits where swivel end fittings are specified.

Key Features

• Female SAE 37 degree JIC swivel configuration for flexible hose routing
• Steel construction for durability in hydraulic service environments
• Size 6 hose compatibility with 11/16 inch hose diameter
• 1-1/16-12 thread size for standard JIC port connections
• Swivel end reduces hose twist stress during assembly

Compatibility

Designed as an OEM-style replacement swivel fitting for size 6 hydraulic hose assemblies using the SAE 37 degree JIC flare standard at 1-1/16-12 threaded connections.

Installation Notes

Installation should be performed by a qualified fluid power technician or hydraulic system mechanic. Depressurize and isolate the hydraulic circuit completely before disconnecting or installing any fitting. Hand-tighten the swivel nut onto the mating JIC port before applying final torque with a wrench, and inspect the flare seat for damage or contamination prior to assembly. Follow applicable industry standards for hydraulic fitting assembly and system pressure testing after installation.