Conbraco Industries 10-614-01 Hot Water High Capacity Pressure Relief Valve, 15 PSI

Description

Conbraco Industries 10-614-01 Hot Water High Capacity Pressure Relief Valve

The Conbraco Industries 10-614-01 is a high-capacity hot water pressure relief valve engineered to protect hydronic heating systems from dangerous overpressure conditions. With a factory-set relief pressure of 15 PSI and an impressive 635,000 BTU capacity rating, this valve is well-suited for demanding commercial and high-output residential boiler and hydronic applications where reliable overpressure protection is non-negotiable.

Designed for straightforward installation, the 10-614-01 features a 3/4″ Female NPT inlet connection and a 1″ Female NPT outlet connection, allowing for easy integration into existing piping systems without the need for special adapters. The larger outlet diameter facilitates efficient discharge flow, helping to maintain safe system pressures during a relief event.

Key Features

• Factory set at 15 PSI for consistent, reliable overpressure protection
• 635,000 BTU high-capacity rating for demanding hydronic heating systems
• 3/4″ Female NPT inlet connection for standard piping compatibility
• 1″ Female NPT outlet connection for efficient discharge flow
• High-capacity design suitable for commercial and large residential boiler applications
• Durable construction from Conbraco Industries, a trusted name in flow control and safety valves

Specifications

• SKU: 10-614-01
• Brand: Conbraco Industries
• Valve Type: Hot Water Pressure Relief Valve
• Set Pressure: 15 PSI
• BTU Capacity: 635,000 BTU
• Inlet Connection: 3/4″ Female NPT
• Outlet Connection: 1″ Female NPT
• Application: Hot Water / Hydronic Heating Systems

Application

The Conbraco 10-614-01 is ideal for use on hot water boilers, hydronic heating systems, and water heaters where a high-capacity safety relief valve is required. Its 15 PSI set point makes it appropriate for low-pressure hot water heating systems, and its 635,000 BTU capacity ensures it can handle the output of large-scale heating equipment. Always consult local codes and system requirements before installation.