Angle double shut-off valve Honeywell V2495EY015A 1/2" for heating systems

Honeywell V2495EY015A is an angle double shut-off valve with a 1/2" connection designed for heating and hot-water systems. It allows isolation of two adjacent ports in compact installations, enabling servicing or replacement of a radiator or valve block without draining the entire system. The angled body suits installations with limited space and delivers reliable flow shut-off for maintenance operations.

Advantages

The valve combines two shut-off functions in a single compact unit, reducing the number of fittings and saving installation space. Its angled design facilitates connection in confined areas and simplifies alignment with existing pipework. Designed for heating and hot-water systems, the valve supports safe isolation of individual circuits to prevent system-wide draining during maintenance. The product is constructed to provide tight shut-off and ease of operation for technicians and installers.

Suitable for

• Isolation of radiator connections in residential and commercial heating systems
• Replacement or maintenance of valve blocks without draining the whole system
• Retrofit installations where angled connections maximize space use
• Compact boiler and manifold connections requiring two-port shut-off

Key specifications

• Connection type: 1/2" angled threaded connection suitable for common heating pipe fittings
• Function: double shut-off (two isolated ports in one unit)
• Intended medium: heating water and hot-water systems
• Installation orientation: angle configuration for limited-space installations
• Application: isolation for servicing, replacement and maintenance of radiators and valve blocks

How to use

Install the valve in the pipework where two adjacent shut-off points are required, ensuring the angled ports align with the radiator or valve block connections. Tighten threaded connections to manufacturer-recommended torque values and verify seals for leaks. To isolate a circuit, operate the valve handles or spindles to close flow through the required port(s), then perform maintenance or replacement of downstream components. After work is complete, reopen the ports gradually and check for correct flow and absence of leaks.

Usage recommendations

Use appropriate sealing materials for threaded connections and follow the heating system manufacturer's guidance for commissioning and pressurization. Regularly inspect the valve for signs of wear or leakage and replace if tightness cannot be maintained during periodic maintenance.