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Johnson Controls VG1245BG Ball Valve, 3/4″ NPT, 4.7 Cv, Two-Way, Forged Brass

Original price was: $67.13.Current price is: $30.21.

SKU: VG1245BG Category: Tag:

Description

The Johnson Controls VG1245BG is a precision-engineered two-way ball valve designed for commercial and industrial HVAC hydronic systems. Built with a forged brass body and stainless steel trim, this valve delivers exceptional durability, corrosion resistance, and long-term reliability in demanding building automation and flow control applications.

Flow & Sizing Specifications
  • Pipe Size: 3/4″ NPT
  • Flow Coefficient (Cv): 4.7
  • Flow Characteristic: Equal Percentage
  • Valve Configuration: Two-Way
Construction & Materials
  • Body Material: Forged Brass — provides superior strength and pressure integrity
  • Trim Material: Stainless Steel — resists corrosion and wear for extended service life
  • Ball Valve Design: ensures tight shutoff and precise flow modulation
Key Features & Benefits
  • Equal percentage flow characteristic for accurate, stable control across the full valve stroke
  • NPT threaded connections for straightforward installation into standard piping systems
  • Compatible with Johnson Controls actuators for seamless integration into building automation systems (BAS)
  • Forged brass body withstands high-pressure hydronic system demands
  • Stainless steel trim minimizes maintenance requirements and maximizes service life
  • Ideal for chilled water, hot water, and heating/cooling coil control applications
Typical Applications
  • Commercial HVAC hydronic systems
  • Air handling unit (AHU) coil control
  • Fan coil unit (FCU) flow regulation
  • Building automation and energy management systems
  • Variable flow heating and cooling distribution

The VG1245BG is designed to pair with Johnson Controls actuators, making it a reliable choice for engineers and contractors specifying high-performance valve and actuator assemblies. Its equal percentage flow characteristic ensures proportional control response, contributing to system efficiency and occupant comfort.