Description
Honeywell V5013N1089 Three-Way Mixing Globe Valve
The Honeywell V5013N1089 is a heavy-duty, three-way mixing globe valve engineered for reliable flow control in commercial and industrial hydronic systems. Designed for use with chilled or hot water applications — including systems with up to 50% glycol — this valve delivers precise, dependable performance in demanding environments.
Key Features
- Three-way mixing configuration for versatile hydronic system integration
- 1-1/2″ NPT end connections for straightforward installation
- 29.3 Cv flow coefficient for accurate system flow matching
- Equal percentage flow characteristic on the A to AB port for precise modulating control
- Linear flow characteristic on the B to AB port for predictable, proportional flow response
- Stem-down-to-close design on the B port for reliable, fail-safe operation
- Red brass body with brass trim for excellent corrosion resistance and long service life
- Compatible with chilled water and hot water systems containing up to 50% glycol
- Rated for system pressures up to 217 PSI maximum
Applications
- Commercial and industrial hydronic heating and cooling systems
- Chilled water distribution and mixing applications
- Hot water heating coil control
- Fan coil units, air handling units, and heat exchangers
- Glycol-based hydronic systems
Specifications
- SKU: V5013N1089
- Valve Type: Globe, 3-Way Mixing
- Connection Size: 1-1/2″
- Connection Type: NPT (National Pipe Thread)
- Cv Rating: 29.3
- Flow Characteristic (A to AB): Equal Percentage
- Flow Characteristic (B to AB): Linear
- Actuator Action: Stem Down to Close B Port
- Body Material: Red Brass
- Trim Material: Brass
- Maximum Working Pressure: 217 PSI
- Fluid Compatibility: Chilled water, hot water, up to 50% glycol
The Honeywell V5013N1089 is designed to pair with compatible Honeywell actuators, making it an ideal choice for automated building automation and HVAC control systems. Its robust red brass construction and dual flow characteristics make it a versatile solution for both new construction and retrofit hydronic projects.
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