Description
The Honeywell VBN2CPPA0000 is a 1-inch NPT, 2-way ball valve engineered for precise flow control in commercial chilled and hot water HVAC systems. Featuring an equal percentage flow characteristic and a high flow coefficient of 54 Cv, this valve delivers accurate, responsive modulation across a wide range of system conditions. Its robust brass body paired with a nickel-chrome plated brass ball and stem provides excellent corrosion resistance and long service life in demanding hydronic applications.
Key Features
- 1-inch NPT end connections for straightforward installation into standard piping systems
- 54 Cv flow coefficient for high-capacity flow performance
- 2-way, equal percentage flow characteristic for precise, stable modulation
- Brass body construction for durability and corrosion resistance
- Nickel-chrome plated brass ball and stem for enhanced wear and corrosion protection
- Standard actuator base for compatibility with a wide range of Honeywell actuators
- Rated for chilled water and hot water applications up to 250°F (121°C) maximum
- Compatible with glycol solutions up to 50% concentration
Specifications
- SKU: VBN2CPPA0000
- Brand: Honeywell
- Connection Type: NPT (National Pipe Thread)
- Pipe Size: 1 inch
- Valve Configuration: 2-Way
- Flow Characteristic: Equal Percentage
- Cv Rating: 54
- Body Material: Brass
- Ball and Stem Material: Nickel-Chrome Plated Brass
- Maximum Temperature: 250°F (121°C)
- Glycol Compatibility: Up to 50% glycol solution
- Actuator Mount: Standard Base
- Application: Chilled Water and Hot Water HVAC Systems
Applications
The VBN2CPPA0000 is ideally suited for use in commercial and industrial HVAC hydronic systems, including air handling units, fan coil units, chilled beams, and terminal unit control. Its equal percentage flow characteristic makes it the preferred choice for applications requiring tight, repeatable control across varying load conditions. The valve is designed to accept a compatible Honeywell actuator (sold separately) mounted to its standard base for complete automated control.
