Arrowhead Brass Plumbing PK8010 Stem Assembly 10 Inches

Product Description

The ARROWHEAD BRASS PLUMBING PK8010 is a replacement stem assembly designed for Arrowhead Brass frost free hydrants. The stem assembly is the internal operating component of a frost free yard hydrant, connecting the handle mechanism to the drain valve seated below the frost line. At 10 inches in length, this stem is a direct service replacement that restores proper hydrant operation when the original stem is worn, bent, or damaged. Licensed plumbers and irrigation technicians are the typical installers. The assembly ships in a clam shell package and weighs 1.9 pounds.

This stem assembly is intended for residential and light commercial outdoor frost free hydrant installations where the hydrant body remains in place and only the internal stem requires replacement. It is suited for seasonal maintenance work or emergency repair when a hydrant fails to shut off completely or leaks at the valve seat. Arrowhead Brass frost free hydrants are commonly installed in agricultural, residential yard, and light commercial settings where freeze protection is required. This replacement part allows the hydrant to be serviced without full excavation or hydrant body replacement.

Key Features

• 10-inch stem length sized for Arrowhead Brass frost free hydrant bodies
• Direct OEM-style replacement for worn or damaged internal stem assemblies
• Restores proper valve actuation and shutoff function
• Packaged in a clam shell for retail and jobsite convenience
• Sold individually as a single service unit

Compatibility

Designed as a replacement stem assembly for Arrowhead Brass frost free hydrants requiring a 10-inch stem.

Installation Notes

Installation is typically performed by a licensed plumber or irrigation technician. Shut off the water supply to the hydrant before beginning any disassembly. Drain residual pressure from the hydrant body before extracting the stem. Follow local plumbing codes, including applicable IPC requirements, for outdoor hydrant service and backflow considerations.