Parker 8010-16 O-ring Boss Nipple 3000 Psi 1/2 Inch

Product Description

The PARKER 8010-16 is a straight O-Ring Boss (ORB) nipple fitting designed for hydraulic fluid power systems. Built from steel with a 7/8-14 SAE thread, it provides a leak-resistant, threaded connection rated to 3,000 psi maximum working pressure. The fitting measures 1.95 inches in overall length and weighs approximately 0.18 pounds. It is installed by hydraulic technicians and heavy equipment mechanics when building or servicing hydraulic circuits that require a reliable boss-port connection. The ORB sealing design reduces leak paths compared to tapered-thread alternatives, making it a standard choice in demanding fluid power applications.

The PARKER 8010-16 is suited for use in add-on hydraulic circuits, hydraulic loaders, and hydraulic tools where a straight, 1/2-inch hose connection to an ORB port is required. This fitting is appropriate for both mobile and industrial hydraulic systems operating within the rated 3,000 psi envelope. Maximum flow rate is 12.00 GPM. The fitting conforms to ISO 5675 and belongs to the Parker 4000 Series, making it a direct fit wherever that series standard is specified.

Key Features

• 3,000 psi maximum working pressure for high-demand hydraulic service
• 7/8-14 SAE threaded connection for secure, standardized port engagement
• Straight body shape simplifies routing in tight or inline installations
• Steel construction provides durability in high-pressure fluid power environments
• Complies with ISO 5675 for internationally recognized performance standards
• Maximum flow rate of 12.00 GPM supports typical loader and hydraulic tool circuits

Compatibility

Designed for use with add-on hydraulic circuits, hydraulic loaders, and hydraulic tools. Conforms to ISO 5675 and fits Parker 4000 Series applications requiring a 1/2-inch hose size ORB nipple with a 7/8-14 thread.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Depressurize and lock out the hydraulic system completely before removing or installing any fitting. Inspect the O-ring seating surface on the boss port for damage before torquing the fitting; a damaged seat will prevent proper sealing. Follow the equipment manufacturer's torque specifications and applicable fluid power standards when making up the connection.