Parker XV506HP-6 Manual Ball Valve 3/8 Inch Sae

Product Description

The PARKER XV506HP-6 is a standard manual ball valve designed for fluid control in hydraulic and pneumatic plumbing systems. It features a lever handle for quick quarter-turn operation and uses reinforced polytetrafluoroethylene (PTFE) seals and seats for reliable, low-friction shutoff. The 9/16-18 threaded SAE x SAE end connections make it a direct fit for standard SAE hydraulic line assemblies. At 0.559 pounds, it is a compact, two-piece carbon steel valve suited for installation by licensed plumbers, hydraulic system technicians, and mechanical contractors working on fluid power circuits.

This valve is appropriate for residential and light commercial hydraulic or fluid plumbing applications where a reliable manual shutoff is required at a 3/8 inch SAE connection point. The lever handle allows fast visual confirmation of valve position open or closed making it practical for service panels, equipment isolation points, and inline shutoff locations in fluid power and plumbing systems.

Key Features

• Quarter-turn lever handle for fast open and close operation
• SAE x SAE end connections with 9/16-18 thread size for hydraulic line compatibility
• Carbon steel body and trim for durability in fluid power environments
• Reinforced PTFE seats and seals for low-friction, leak-resistant shutoff
• Two-piece body construction for straightforward service access
• Compact form factor at 0.559 pounds

Compatibility

Designed as an OEM-style replacement or new-install manual ball valve for 3/8 inch SAE hydraulic and fluid plumbing line assemblies requiring a 9/16-18 threaded connection.

Installation Notes

Installation should be performed by a qualified plumber or hydraulic system technician. Depressurize and isolate the fluid circuit completely before removing or installing any valve. Verify thread engagement and connection torque conform to the system manufacturer specifications and applicable codes such as the IPC. Inspect seats and seals after installation and before returning the system to service pressure.