Parker PP-00108 Hydraulic Hose Swivel Fitting 1/4 in Female

Product Description

The PARKER PP-00108 is a female swivel fitting designed for hydraulic hose assemblies requiring a 1/4 inch hose connection. Constructed from steel, this fitting provides a rotatable female end that allows hose routing adjustments without twisting the hose body during installation or servicing. Swivel fittings of this type are commonly used to reduce stress on hose ends in dynamic or tight-clearance hydraulic circuits. The steel construction supports standard hydraulic service demands. This fitting is sold in a package quantity of four units, making it suitable for multi-point repair jobs or fleet maintenance applications handled by hydraulic technicians and fluid power specialists.

This fitting is intended for use in hydraulic hose assemblies where a 1/4 inch hose diameter is specified. Typical applications include mobile hydraulic equipment, industrial machinery, and fluid power systems where swivel-style connections are needed to prevent hose kinking or torsional stress at the connection point. It is appropriate for both new assembly work and field replacement of worn or damaged swivel ends on existing hose runs.

Key Features

• Female swivel design allows rotational adjustment without twisting the hose
• Steel construction suited for standard hydraulic service environments
• 1/4 inch hose size for common small-bore hydraulic lines
• Packaged in quantities of four to support multi-point installations or repairs
• Swivel configuration reduces hose fatigue and assembly stress at the fitting end

Compatibility

Designed as an OEM-style replacement or new-assembly swivel fitting for hydraulic hose systems using a 1/4 inch female hose connection.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power specialist. Depressurize and isolate the hydraulic circuit fully before removing or installing any fittings. Inspect the mating hose end and threads for damage before assembly. Verify that torque and thread specifications of the mating components are compatible before pressurizing the system.