The Schneider Electric (Barber Colman) VT7200C5031B is a BACnet-enabled zone controller engineered for precise, reliable HVAC zone management in commercial and light commercial building automation applications. Designed to communicate over BACnet MS/TP networks, this controller integrates seamlessly into modern building automation systems (BAS), enabling centralized monitoring, scheduling, and control of individual HVAC zones.
Key Features
- BACnet MS/TP communication protocol for open, interoperable building automation integration
- 2 On/Off or floating control outputs for flexible valve or damper actuator control
- Part of the Schneider Electric (Barber Colman) VT7200 series zone controller family
- Designed for commercial HVAC zone control applications
- Supports fan coil unit (FCU) and air handling unit (AHU) zone control strategies
- Compact design suitable for wall-mount installation in occupied spaces
- Compatible with a wide range of BACnet-compliant building automation systems
Control Outputs
- 2 On/Off or floating outputs for heating and/or cooling valve or actuator control
- Floating control output type supports modulating actuators for precise positioning
Communications & Integration
- BACnet MS/TP open protocol communication
- Enables integration with third-party BACnet-compliant controllers and supervisory devices
- Supports network-based setpoint adjustment, scheduling, and alarm reporting
Typical Applications
- Commercial office buildings and multi-zone HVAC systems
- Fan coil unit (FCU) control in hotels, schools, and healthcare facilities
- VAV and zone valve control in light commercial BAS environments
- Retrofit and new construction building automation projects
Why Choose the VT7200C5031B?
The Schneider Electric VT7200C5031B delivers the open-protocol flexibility of BACnet MS/TP in a purpose-built zone controller, making it an ideal choice for contractors and engineers who need reliable zone-level control with full BAS integration capability. Its support for both On/Off and floating output types provides the versatility to control a broad range of terminal unit actuators and valves without additional hardware.
