Parker PQ-00098 Hydraulic Hose Coupler 2700 Psi 8 Mm

Product Description

The PARKER PQ-00098 is a steel hydraulic hose coupler designed for use in hydraulic fluid power systems requiring reliable, leak-resistant connections. It accommodates an 8 mm hose size and features a 1/2-14 thread size, with a pressure rating of 2,700 psi. The coupler provides a secure mechanical connection between hose assemblies and hydraulic circuit components. This part is installed by hydraulic system technicians and maintenance professionals working on mobile equipment, industrial machinery, or fluid power circuits where consistent coupling performance under pressure is required.

This coupler is suited for hydraulic applications where a compact, threaded steel fitting is needed to join hose segments or connect hose to port fittings. It is appropriate for use in moderate-pressure hydraulic circuits in industrial and mobile equipment environments. The 1/2-14 thread ensures compatibility with standard port configurations common in hydraulic plumbing. Each package contains 2 units, making it a practical choice for bench stock or field repair kits.

Key Features

• Steel construction for durability in hydraulic fluid environments
• Rated to 2,700 psi working pressure
• 8 mm hose size with 1/2-14 thread configuration
• Compact form factor suitable for tight installation spaces
• Packaged in quantities of 2 per unit for convenience

Compatibility

Designed as an OEM-style replacement coupler for hydraulic hose assemblies using 8 mm hose size and 1/2-14 threaded connections in moderate-pressure fluid power systems.

Installation Notes

Hydraulic couplers of this type are installed by qualified hydraulic technicians or maintenance personnel. Always depressurize and bleed down the hydraulic circuit fully before disconnecting or installing any coupler. Inspect mating threads and seating surfaces for damage before assembly. Follow applicable hydraulic system OEM torque and assembly specifications, and verify all connections are leak-free before returning the system to service.