Parker PF-00033 Reusable Hose Male Fitting 1/2 in Mnpt

Product Description

The PARKER PF-00033 is a reusable male hose fitting designed for field assembly on hydraulic and fluid-transfer hose applications. It features a 1/2-inch MNPT thread and is sized for 1/2-inch hose inner diameter, allowing technicians to reuse the fitting across multiple hose assemblies without the need for permanent crimping equipment. This fitting is sold in a package of five units, making it practical for service vans and shop inventory. It suits applications where quick, field-repairable hose connections are required in plumbing, HVAC, and industrial fluid systems.

Reusable hose fittings like the PF-00033 are commonly used in residential and light commercial mechanical systems where hose assemblies must be built or repaired in the field. The 1/2-inch MNPT thread mates with standard NPT female ports on equipment, manifolds, valves, and service connections. Service technicians and plumbers working on fluid lines, hydronic systems, and equipment hookups will find this fitting suitable for fast, tool-assisted assembly without permanent tooling.

Key Features

• Reusable design allows field assembly and disassembly without crimping tools
• 1/2-inch MNPT thread conforms to standard NPT thread specifications
• Sized for 1/2-inch hose inner diameter
• Sold in a 5-unit package for shop or truck stock convenience
• Male thread configuration for direct connection to NPT female ports

Compatibility

Designed as a field-reusable replacement or assembly fitting for hose lines with 1/2-inch inner diameter and standard 1/2-inch MNPT threaded connection points.

Installation Notes

Installation is performed by licensed plumbers or qualified mechanical technicians. Shut off fluid supply and relieve system pressure before disassembling any hose connection. Apply thread sealant or PTFE tape to the MNPT threads per applicable IPC or IFGC guidelines. Do not overtighten — follow the fitting manufacturer's recommended assembly procedure for reusable hose fittings to avoid thread damage or hose seal failure.