Parker H4-63-T10 Hydraulic Hose Nipple 4000 Psi 1/2 in

Product Description

The PARKER H4-63-T10 is a female straight thread nipple designed for hydraulic hose assemblies in demanding fluid-power applications. Manufactured from steel and rated to 4,000 psi maximum working pressure, this fitting provides a reliable threaded connection at a 7/8-14 thread size with a 1/2 inch hose size and 1/2 inch body diameter. The SAE ORB (O-Ring Boss) interface delivers a leak-resistant seal suited for high-pressure hydraulic circuits. With an overall length of 2.12 inches and a maximum flow rate of 12.00 GPM (45.00 LPM), this fitting is built for precision performance in industrial and mobile equipment hydraulic lines. It is sold individually and typically installed by hydraulic technicians or millwrights.

This fitting is appropriate for use in food and chemical processing, industrial hydraulic lines, mobile equipment, gas lines, and water and coolant lines. The straight body geometry simplifies routing in tight plumbing configurations. Conforming to ISO 7241-1, Series B standards and belonging to Parker Series 60, the H4-63-T10 is suited for both light industrial and heavy mobile equipment service scenarios where a dependable straight-thread connection is required at moderate hose sizes.

Key Features

• 4,000 psi maximum working pressure for high-pressure hydraulic service
• SAE ORB (O-Ring Boss) shaft type for a reliable, leak-resistant seal
• 7/8-14 thread size with straight connection geometry
• 1/2 inch hose size and 1/2 inch body diameter for precise hose matching
• Steel construction for durability in industrial and mobile equipment environments
• Meets ISO 7241-1, Series B standards

Compatibility

Suitable for use with food and chemical processing lines, gases, industrial hydraulic lines, mobile equipment, and water and coolant lines. Designed as an OEM-style replacement or new-installation fitting for 1/2 inch hydraulic hose assemblies using SAE ORB threaded connections.

Installation Notes

Installation should be performed by a qualified hydraulic technician or licensed mechanic. Depressurize and fully isolate the hydraulic circuit before removing or installing any fittings. Inspect the O-ring seating surface for damage before assembly, and ensure the O-ring is lubricated and properly seated prior to torquing. Follow the equipment manufacturer and applicable industry standards for thread engagement and torque procedures.