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Honeywell VBN3FRPX0000 3-Way Ball Valve, 2″ NPT, 83 Cv, Brass, 250°F Max

Original price was: $631.43.Current price is: $157.86.

SKU: VBN3FRPX0000 Category: Tag:

Description

The Honeywell VBN3FRPX0000 is a high-performance 3-way ball valve engineered for commercial and industrial chilled water and hot water HVAC systems. Featuring a robust brass body with a nickel-chrome plated brass ball and stem, this valve delivers reliable, long-lasting service in demanding hydronic applications.

Flow Characteristics

The VBN3FRPX0000 offers dual flow characteristics to optimize system control performance:

  • Equal Percentage flow characteristic — Port A to AB
  • Linear flow characteristic — Port B to AB

This combination provides precise modulating control across a wide range of system loads, making it ideal for variable-flow hydronic systems.

Key Specifications
  • Valve Type: 3-Way Ball Valve
  • Pipe Size: 2″ NPT
  • Flow Coefficient (Cv): 83
  • Body Material: Brass
  • Ball and Stem Material: Nickel-chrome plated brass
  • Maximum Temperature: 250°F
  • Connection Type: NPT (National Pipe Thread)
  • Actuator Base: Direct coupled actuator base included
Applications
  • Chilled water systems
  • Hot water heating systems
  • Commercial HVAC hydronic distribution
  • Fan coil units and air handling units
  • Building automation and energy management systems
Design Highlights
  • Direct coupled actuator base simplifies installation and ensures accurate actuator alignment
  • Nickel-chrome plated ball and stem resist corrosion and extend service life
  • Dual flow characteristics (equal percentage and linear) in a single valve body for versatile system design
  • Rated for up to 250°F maximum temperature, suitable for both chilled and hot water service
  • 2″ NPT connections for straightforward integration into existing piping systems

The Honeywell VBN3FRPX0000 is the dependable choice for HVAC professionals seeking precise flow control, durable construction, and easy actuator integration in hydronic heating and cooling applications.