Parker NS-752-12FP Hydraulic Hose Fitting 3/4 in Npsf

Product Description

The PARKER NS-752-12FP is a female pipe rigid fitting designed for hydraulic hose assemblies in demanding fluid power applications. Built from steel with a straight, threaded NPSF configuration, this fitting provides a secure, leak-resistant connection at the hose-to-port interface. It accepts a 3/4-inch hose with a 3/4-14 thread size and is rated for a maximum working pressure of 2500 psi. The overall length measures 2.25 inches. Licensed HVAC techs, plumbers, and equipment mechanics working on hydraulic systems rely on fittings like this to maintain system integrity under sustained pressure cycling.

This fitting is suited for use with hydraulic hand tools, mining equipment, and utility equipment where reliable high-pressure fluid transfer is required. The straight body geometry makes it a practical choice in installations where hose routing does not require an angled adapter. The NS series designation places it within a widely used Parker fitting family found across industrial and mobile hydraulic applications.

Key Features

• Steel construction for durability under sustained hydraulic pressure
• Maximum working pressure of 2500 psi
• Maximum flow rate of 30 GPM
• 3/4-14 NPSF threaded connection for secure port engagement
• Straight body profile for direct hose-to-port routing
• Overall length of 2.25 inches for compact installation

Compatibility

Designed for use with hydraulic hand tools, mining equipment, and utility equipment requiring a 3/4-inch hose connection with a 3/4-14 NPSF female pipe rigid fitting.

Installation Notes

Installation should be performed by a qualified hydraulic technician or licensed plumber familiar with fluid power systems. Depressurize and bleed the hydraulic circuit fully before removing or installing any fittings. Use appropriate thread sealant compatible with hydraulic fluid and follow torque guidelines established by Parker or the equipment OEM for steel NPSF fittings. Inspect threads for damage before assembly to prevent leaks under pressure.