Parker H2016-62 Hydraulic Hose Fitting 2in Nptf 1000 Psi

Product Description

The PARKER H2016-62 is a female pipe rigid fitting designed for hydraulic hose assemblies operating at up to 1,000 psi. Built from steel, this fitting accepts a 2-inch NPTF thread and features a 2.5-inch body diameter. It is used to terminate hydraulic hose runs with a leak-resistant, rigid pipe connection. Licensed hydraulic technicians and industrial maintenance professionals install this fitting in fluid power systems where a fixed, non-swivel end connection is required. The NPTF thread form provides a pressure-tight seal through thread interference, reducing reliance on sealants in many applications.

This fitting is suited for hydraulic systems in industrial, mobile, and construction equipment environments. It is appropriate where a rigid female pipe end is needed at the hose termination point, such as connecting to pump ports, valve bodies, manifold blocks, or cylinder end caps. The 2-inch thread size and 1,000 psi rating make it suitable for medium-pressure hydraulic circuits using correspondingly sized hose assemblies.

Key Features

• Female pipe rigid (non-swivel) end configuration for fixed-position installations
• 2-inch NPTF thread provides a pressure-energized, leak-resistant seal
• 1,000 psi working pressure rating
• Steel construction for durability in industrial hydraulic environments
• 2.5-inch body diameter to accommodate the 2-inch thread size

Compatibility

Designed as an OEM-style hydraulic hose end fitting for use with compatible 2-inch hydraulic hose assemblies requiring a female NPTF rigid pipe connection.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Depressurize and fully isolate the hydraulic system before removing or installing any fittings. NPTF threads rely on thread-form interference for sealing, but applying a compatible thread sealant or PTFE tape is common practice depending on system requirements and the applicable fluid power standard. Inspect threads for damage before assembly and tighten to the fitting manufacturer's recommended procedure to avoid cross-threading or over-torquing the steel body.