Description
The Honeywell VBN3BKPX0000 is a heavy-duty 3-way ball valve engineered for precision flow control in commercial chilled and hot water hydronic systems. Built with a durable brass body and a nickel-chrome plated brass ball and stem, this valve delivers reliable, long-lasting performance in demanding HVAC applications.
Flow Characteristics
The VBN3BKPX0000 features dual flow characteristics to optimize system performance across both flow paths:
- Equal Percentage flow characteristic — Port A to AB
- Linear flow characteristic — Port B to AB
This combination provides precise modulating control, making it ideal for variable-flow hydronic systems where accurate temperature regulation is critical.
Key Specifications
- SKU / Model: VBN3BKPX0000
- Valve Type: 3-Way Ball Valve
- Connection Size: 3/4″ NPT
- Flow Coefficient (Cv): 11.00
- Body Material: Brass
- Ball and Stem Material: Nickel-Chrome Plated Brass
- Maximum Temperature Rating: 250°F
- Application: Chilled Water and Hot Water Systems
- Actuator Mount: Direct Coupled Actuator Base
Design & Construction
The nickel-chrome plated brass ball and stem resist corrosion and wear, ensuring consistent sealing performance over years of operation. The direct coupled actuator base simplifies installation and eliminates the need for linkage hardware, reducing setup time and potential points of failure. The valve is compatible with a range of Honeywell direct coupled actuators for fully automated modulating or on/off control.
Applications
- Commercial and light industrial chilled water systems
- Hot water heating systems up to 250°F
- Fan coil units and air handling units
- Variable air volume (VAV) and hydronic zone control
- Building automation and energy management systems
Why Choose the Honeywell VBN3BKPX0000?
Honeywell’s VBN Series ball valves are designed to meet the rigorous demands of commercial HVAC systems. The combination of a robust brass body, corrosion-resistant plated internals, and a direct coupled actuator interface makes the VBN3BKPX0000 a reliable, cost-effective choice for contractors and mechanical engineers seeking dependable flow control in hydronic applications.
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