XAG FBV3 Smart Electric Valve Body (T-Port) is a 3-way ball valve designed for water flow management in automated irrigation systems within the XAG Smart Farm ecosystem.

The valve works exclusively with the FBV3i or FBV3e controller, forming a single intelligent water control unit.

The T-Port configuration provides flexible flow distribution between multiple directions, enabling complex irrigation scenarios.

Key Functions

• Water distribution between multiple lines
• Switching or simultaneous supply to several directions
• Operation in automatic irrigation scenarios
• Integration into the farm IoT system
• Parameter transmission (pressure, status, history) together with the controller

Construction

• Type: 3-way ball valve (T-Port)
• Configuration: 1 inlet, 2 outlets
• Top interface for controller mounting
• Connection: threaded or PVC glue type
• Housing material: UPVC (resistant to aggressive environments and wear)

How It Works

The valve changes the position of the ball element and directs water flow into one channel or simultaneously into several channels (T-configuration). It is controlled by an electric actuator via the controller and synchronized with the system through the XAG Farm app.

During setup, the user selects the valve operation type (T or L logic) in the system interface.

Technical Specifications

Valve type: 3-way ball valve (T-Port)

Compatibility: FBV3i / FBV3e controllers

Integration: XAG Smart Farm (IoT)

Material: UPVC

System protection: up to IP66 (when assembled with controller)

Mounting: vertical or in-line pipeline integration

Connection: PVC glue or threaded

Use Cases

• Zone irrigation (switching between field sections)
• Fertigation (water with fertilizers)
• Automated irrigation groups
• Water consumption optimization

Application

• Irrigation automation
• Hydraulic flow management
• Digital agricultural production
• Integration into smart farming systems

Important Note

The FBV3 Valve Body is the mechanical valve only.
Operation requires the FBV3i or FBV3e controller, which provides control and system connectivity.