Parker 11098 Hydraulic Hose Coupler 1/2 Inch Npsf Steel

Product Description

The PARKER 11098 is a threaded hydraulic hose coupler designed for use in fluid power systems requiring reliable, leak-resistant connections. Built from steel, this coupler features an NPSF thread interface and belongs to the FF Series product line. It accommodates a 1/2-inch hose diameter and is rated for a maximum working pressure of 3000 psi, making it suitable for demanding hydraulic circuit applications. The overall length measures 3.0 inches. Installation is typically performed by hydraulic system technicians, industrial maintenance professionals, and fluid power specialists working on mobile or stationary equipment.

This coupler is used in hydraulic plumbing circuits where a secure, threaded connection is required between hose assemblies and hydraulic components. The NPSF thread type is commonly found in North American fluid power installations. The 1/2-inch hose size and 3000 psi pressure rating make this fitting appropriate for medium- to high-pressure hydraulic lines in both industrial and mobile equipment contexts. Maximum flow rate is rated at 12.00 GPM.

Key Features

• Steel construction for durability in high-pressure hydraulic environments
• NPSF threaded connection for secure, leak-resistant assembly
• Rated to 3000 psi maximum working pressure
• Maximum flow rate of 12.00 GPM
• 1/2-inch hose diameter compatibility
• Overall length of 3.0 inches for straightforward inline installation

Compatibility

Designed as an OEM-style replacement or service fitting for 1/2-inch hydraulic hose assemblies using NPSF threaded connections in FF Series hydraulic coupling applications.

Installation Notes

Installation should be performed by a qualified hydraulic technician or industrial maintenance professional. Depressurize and isolate the hydraulic circuit completely before disconnecting or installing any fittings. Use appropriate thread sealant compatible with hydraulic fluid and verify NPSF thread engagement before pressurizing the system. Inspect for leaks after returning the system to operating pressure.