Parker 20630-16-16 Hydraulic Hose Fitting 1 in 1-5/16-12

Product Description

The PARKER 20630-16-16 is a hydraulic hose fitting designed for use in high-pressure fluid power systems. It connects hydraulic hose assemblies to ports, adapters, or components that use a 1-5/16-12 thread size. The fitting accommodates a 1-inch hose diameter with a hose size designation of 16. Parker hydraulic fittings are installed by hydraulic system technicians and maintenance professionals working on mobile equipment, industrial machinery, and fluid power circuits. Proper fitting selection is critical for maintaining system integrity and preventing leaks under pressure.

This fitting is suited for hydraulic plumbing applications where a -16 hose size connection is required. It is commonly used in mobile hydraulics, agricultural equipment, construction machinery, and industrial fluid power installations. The 1-5/16-12 straight thread configuration makes it compatible with standard SAE or JIC ported components that share that thread pattern. It is sold individually and is appropriate for both new hose assembly builds and replacement of worn or damaged fittings in existing circuits.

Key Features

• 16 mm hose size (-16 designation) for larger-diameter hydraulic hose assemblies
• 1-inch hose diameter for high-volume fluid flow applications
• 1-5/16-12 thread size for secure, leak-resistant port connections
• PARKER-manufactured for dimensional consistency with Parker hose and adapter systems
• Sold as a single unit with no minimum order beyond one piece

Compatibility

Designed as an OEM-style hydraulic hose fitting for use with -16 hose assemblies requiring a 1-5/16-12 threaded connection in mobile or industrial fluid power systems.

Installation Notes

Hydraulic hose fittings are installed by qualified hydraulic technicians or millwrights. Before servicing any hydraulic line, depressurize the system fully and verify zero pressure with a gauge before disconnecting hoses or fittings. Thread engagement should be confirmed before applying final torque; do not over-torque or cross-thread. Follow applicable OSHA and equipment manufacturer guidelines for hydraulic system service.