Johnson Controls VG7241GS 2-Way Globe Valve, 1/2″ NPT, 4.6 Cv, Normally Open

Description

The Johnson Controls VG7241GS is a 2-way, normally open globe valve engineered for precise flow control in commercial HVAC hydronic and steam systems. Built with a cast bronze body and brass trim, this valve delivers long-lasting durability and reliable performance in demanding building automation applications.

Key Features

• 2-way, normally open (NO) configuration for fail-safe system design
• Equal percentage flow characteristic for accurate, proportional control across the full valve stroke
• 1/2″ NPT end connections for straightforward installation in standard piping systems
• 4.6 Cv flow coefficient providing optimal flow capacity for small-to-medium zone applications
• Cast bronze body with brass trim for superior corrosion resistance and long service life
• Slotted stem design for easy actuator coupling and precise positioning
• Small bonnet profile for installation in tight or space-constrained mechanical spaces
• Push-down-to-close (PDTC) action compatible with a wide range of Johnson Controls actuators

Specifications

• SKU: VG7241GS
• Brand: Johnson Controls
• Valve Type: Globe, 2-Way
• Fail Position: Normally Open (NO)
• Connection Size: 1/2″ NPT
• Flow Coefficient (Cv): 4.6
• Flow Characteristic: Equal Percentage
• Body Material: Cast Bronze
• Trim Material: Brass
• Stem Type: Slotted
• Bonnet Size: Small
• Actuator Action: Push Down To Close (PDTC)

Applications

• Commercial HVAC hydronic heating and cooling systems
• Fan coil unit and air handling unit control
• Building automation and energy management systems
• Zone valve control in hot water and chilled water piping
• Compatible with Johnson Controls VA, VB, and VG series actuators

The VG7241GS is part of the Johnson Controls VG7000 series globe valve family, designed to pair seamlessly with Johnson Controls electric and pneumatic actuators. The equal percentage flow characteristic ensures smooth, stable control response, making it an ideal choice for variable flow hydronic systems where precise temperature regulation is critical.