Eaton 10Z-70C-BG Hydraulic Hose Female Swivel Fitting 10mm

Product Description

The EATON 10Z-70C-BG is a female swivel DIN 24 seat heavy-duty hydraulic hose fitting designed for metric hydraulic systems. Constructed from steel, this fitting connects a 10 mm hose (7/8 inch hose diameter) to threaded ports using an M30 x 2.00 metric thread. The swivel design allows the hose to be torqued into position without twisting the hose body, reducing installation stress and preventing premature hose failure. It is intended for use by hydraulic system technicians, millwrights, and fluid power specialists working on industrial or mobile hydraulic equipment.

This fitting is suited for high-pressure hydraulic plumbing applications where DIN 24 degree cone seat connections are specified. Typical installations include mobile equipment, industrial machinery, and hydraulic power units requiring reliable metric fittings. The heavy series designation indicates it is built for higher-pressure service compared to standard-series equivalents. A hex size of 1-27/64 inches accommodates standard hydraulic wrenching during installation and service.

Key Features

• Female swivel design allows hose positioning without twisting during assembly
• DIN 24 degree cone seat provides a reliable metal-to-metal sealing interface
• Heavy series construction rated for elevated hydraulic system pressures
• M30 x 2.00 metric thread for compatibility with DIN-standard port connections
• Steel construction for durability in demanding hydraulic environments
• 1-27/64 inch hex size for straightforward wrenching during installation

Compatibility

Designed as an OEM-style replacement fitting for metric hydraulic hose assemblies requiring a 10 mm hose size with DIN 24 degree cone seat heavy female swivel end connections.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power specialist. Depressurize and isolate the hydraulic circuit completely before disconnecting or installing any fittings. Use a backup wrench on the port to avoid transferring torque to adjacent components. Follow applicable hydraulic system design standards and equipment manufacturer guidelines for assembly and pressure testing after installation.