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Automated Guided Vehicle Systems

Read about Automated Guided Vehicle Systems in this AGV dictionary article.

What are Automated Guided Vehicle Systems?

An Automated Guided Vehicle System (AGVS) is a complete, integrated solution that manages and coordinates the movement of AGV units within a facility. It includes hardware, software, and network components that work together to automate material handling in manufacturing plants, warehouses, and logistics centers.

What Is an Automated Guided Vehicle System?

An AGV system consists of a central controller, wireless communication, I/O systems, and a fleet of AGV units. These components communicate to ensure efficient, autonomous movement of goods throughout an industrial environment.

Key Components of an AGV System

1. AGV Units (Fleet)
These are the mobile robots that move materials. They operate autonomously and communicate wirelessly with the system controller.

2. AGV System Controller (in Solving Cabinet)
A dedicated computer that runs system management software and interfaces, including:

  • Windows OS
  • System Manager
  • Kepware OPC
  • CWAY

The controller manages vehicle traffic, tasks, and safety logic.

3. Communication Network

  • WLAN AP (2.4 GHz or 5.0 GHz) enables wireless communication between the controller and AGVs.
  • Ethernet switches connect the system controller to customer systems and I/O.

4. System I/O
Handles interaction with physical infrastructure:

  • Doors
  • Load handling stations
  • Fire alarms
  • Other equipment

5. Customer Host Interface
Enables communication between the customer’s host systems and the AGV controller via the ACI interface.

6. Remote I/O (optional)
Used for distributed I/O needs where direct wiring is not possible.

7. Display Unit
Shows system status, AGV positions, and operations in real-time.

How AGV Systems Work

The AGV controller acts as the central brain, assigning tasks to each AGV and monitoring their status. The AGVs use wireless communication to receive instructions and report position or issues. Sensors and I/O provide environmental data and connect the system to facility infrastructure.

Benefits of Automated Guided Vehicle Systems

Minimal manual intervention

Efficient fleet coordination

Safe and autonomous navigation

Integration with existing IT and industrial systems

Real-time monitoring and control

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