Description
Honeywell V5011N2014 Two-Way Globe Valve Overview
The Honeywell V5011N2014 is a precision-engineered 2-way globe valve designed for demanding hydronic and steam control applications. Built with a durable red brass body and corrosion-resistant stainless steel trim, this valve delivers reliable, long-lasting performance in commercial and industrial HVAC systems. Its stem-down-to-close design ensures dependable shutoff, while the linear flow characteristic provides accurate, proportional flow control when paired with a compatible actuator.
Key Features
- 2-way, single-seat globe valve configuration
- 1/2″ NPT end connections for easy installation into standard piping
- Flow coefficient (Cv) of 1.16 for precise flow regulation
- Linear flow characteristic for proportional control accuracy
- Red brass body construction for excellent corrosion resistance
- Stainless steel trim for enhanced durability and longevity
- Stem-down-to-close (normally open) operation
- Rated for steam service up to 100 PSI maximum pressure at 337°F
Specifications
- Valve Type: 2-Way Globe Valve
- Connection Size: 1/2″ NPT
- Flow Coefficient (Cv): 1.16
- Flow Characteristic: Linear
- Body Material: Red Brass
- Trim Material: Stainless Steel
- Actuator Action: Stem Down to Close
- Maximum Steam Pressure: 100 PSI
- Maximum Steam Temperature: 337°F
Applications
The V5011N2014 is ideally suited for use in steam heating systems, hydronic heating and cooling coil control, and commercial building automation applications. It is designed to work with Honeywell and compatible valve actuators to provide accurate modulating or two-position control of steam and hot water flow in terminal units, air handling units, and fan coil systems.
Why Choose the Honeywell V5011N2014?
Honeywell’s V5011 series globe valves are a trusted choice among HVAC professionals for their robust construction, precise flow control, and compatibility with a wide range of actuators. The red brass body and stainless steel trim combination ensures this valve stands up to the rigors of high-temperature steam service, reducing maintenance needs and extending system service life.
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