Parker PP-00372 Female Jic Swivel 90 Elbow Fitting

Product Description

The PARKER PP-00372 is a female JIC swivel 90-degree elbow hydraulic hose fitting designed for use in medium-pressure hydraulic systems. Constructed from steel, this threaded fitting accepts a 1/4-inch (0.25 inch) inside diameter hose and uses a 7/16-20 thread for a secure, leak-resistant connection. The 90-degree elbow geometry allows routing hose lines in tight spaces where a straight fitting cannot clear surrounding components. It is installed by licensed hydraulic technicians and maintenance professionals working on mobile equipment, industrial machinery, and fluid power systems.

This fitting is suited for both mobile and stationary hydraulic applications where hose routing requires a right-angle change in direction. It is compatible with Parker Series HY hydraulic hose assemblies and is commonly used in equipment requiring compact, articulating hose connections. The swivel design allows the hose end to rotate during assembly, reducing installation torque and minimizing hose twist. The 7/16-20 JIC thread form is a widely used standard in industrial and mobile hydraulic circuits.

Key Features

• 90-degree elbow profile routes hose lines in confined spaces
• Female JIC swivel end reduces hose twist during assembly
• Steel construction for durability in hydraulic service
• 7/16-20 thread size provides a standard JIC connection
• Compatible with Parker 801, 836, and 611HT hose series
• Series HY fitting design for consistent performance in Parker hydraulic assemblies

Compatibility

Designed for use with Parker 801, 836, and 611HT hydraulic hoses with a 1/4-inch (hose size 4) inside diameter.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Depressurize and isolate the hydraulic circuit completely before disconnecting or installing any fitting. Hand-tighten the JIC thread connection first, then torque to the assembly standard appropriate for the 7/16-20 JIC thread class. Inspect the seating surface for damage before final assembly to ensure a leak-free joint.