Legend Valve Fig 3-3/8 Gate Valve Threaded 1/4 Inch

Product Description

The LEGEND VALVE FIG 3-3/8 is a threaded gate valve sized at 1/4 inch, designed for inline shutoff service in plumbing and mechanical piping systems. Gate valves provide full-bore flow when open and a positive shutoff when closed, making them a standard choice for isolation service on water, HVAC, and general fluid lines. This valve connects via threaded ends, allowing straightforward installation into existing threaded piping without special tooling. Plumbers and mechanical contractors rely on this style of valve for branch isolation, equipment shutoff, and service access points throughout commercial and residential systems.

The FIG 3-3/8 at 1/4 inch is suited for smaller-diameter piping runs where a reliable shutoff is needed. Typical applications include domestic water service, hydronic heating and cooling piping, and light industrial fluid lines. The threaded connection style makes it compatible with standard pipe threading practices used in new construction and retrofit work alike.

Key Features

• Full-bore gate design allows unrestricted flow when fully open
• Threaded end connections for direct installation into threaded pipe systems
• 1/4 inch nominal size suitable for small-diameter branch and service lines
• Positive shutoff for isolation and maintenance service

Compatibility

Designed as an OEM-style replacement or direct-install gate valve for 1/4 inch threaded piping systems in residential and commercial plumbing and mechanical applications.

Installation Notes

Installation should be performed by a licensed plumber or qualified mechanical contractor in accordance with applicable IPC and local plumbing codes. Shut off the supply line and relieve system pressure before removing or installing any valve. Use appropriate pipe thread sealant or PTFE tape on threaded connections and verify joint integrity before returning the system to service. Do not overtighten threaded connections, as this can damage threads or valve body seating surfaces.