Parker PP-00216 Male Rigid Hydraulic Hose Fitting

Product Description

The PARKER PP-00216 is a male rigid fitting designed for hydraulic hose assemblies. It accepts a 6 mm hose size with a 3/8-inch hose diameter and features a 5/8-18 inch thread for secure, leak-resistant connection to hydraulic circuits. Constructed from steel, this fitting is suited for demanding pressure applications where a solid, permanent connection is required. Licensed hydraulic technicians and industrial maintenance professionals typically install rigid fittings during hose assembly fabrication or system repair. The compact dimensions make it a practical component in tight routing environments.

This fitting is used in hydraulic systems requiring a fixed male end termination, typically in mobile equipment, industrial machinery, and fluid power circuits. The 5/8-18 thread is a standard SAE straight thread size commonly found on hydraulic manifolds, pumps, cylinders, and valves. It is appropriate for both shop-bench hose assembly and field repair applications where a rigid male fitting end is specified.

Key Features

• Male rigid fitting design provides a fixed, non-swivel connection point
• Steel construction for strength and durability in hydraulic service
• 6 mm hose size with 3/8-inch hose diameter
• 5/8-18 inch thread for compatibility with standard SAE hydraulic ports
• Compact form factor suitable for tight plumbing arrangements

Compatibility

Designed as an OEM-style male rigid fitting for hydraulic hose assemblies requiring a 6 mm, 3/8-inch hose diameter and 5/8-18 inch thread connection.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power specialist. Depressurize and isolate the hydraulic circuit completely before removing or installing any fittings. Use appropriate thread sealant or ensure proper thread engagement per system design requirements. Do not overtighten steel fittings; follow the fitting manufacturer's recommended assembly procedures to avoid thread damage or hose distortion.