Key Features:
Network Compatibility:

The Q81BD-J61BT11 module provides Ethernet communication functionality for Mitsubishi Q Series PLCs, enabling the PLC to communicate over Ethernet/IP networks.

It supports Modbus TCP/IP and other standard Ethernet protocols, making it compatible with a wide range of industrial devices and systems.

Data Communication:

High-Speed Ethernet Communication: Capable of high-speed data transfer over Ethernet, allowing real-time control and monitoring.

It enables data exchange with various devices, such as HMIs, SCADA systems, and other PLC controllers using Ethernet networks, facilitating efficient industrial automation.

Communication Ports:

The module is equipped with a standard Ethernet RJ45 port for easy integration into Ethernet networks. The interface supports both standard Ethernet cables for reliable network connectivity.

Flexible Network Integration:

The Q81BD-J61BT11 allows for multiple connections over the network, enabling communication with various field devices, making it ideal for distributed control systems or remote monitoring applications.

Supports multiple Ethernet devices for scalable communication in large and complex industrial automation setups.

Power Supply:

Operates on 24V DC, which is the standard power supply for Mitsubishi PLC systems, ensuring compatibility and stability across industrial automation environments.

Compatibility:

This module is designed specifically for use with the Mitsubishi Q Series PLCs, including the Q02, Q06, and other Q Series controllers, expanding the capabilities of these systems by enabling Ethernet-based communication.

Diagnostic Features:

The module features diagnostic tools for troubleshooting communication issues, offering real-time diagnostics to identify potential network problems, improving system reliability.

Compact Design:

Designed to fit within the Q Series modular system, it maintains a compact form factor that can be easily installed alongside other Q Series modules, saving space in control panels.

Operating Environment:

Built to perform in industrial environments, the module operates within a wide temperature range (typically 0°C to 55°C) and is robust against environmental factors such as electrical noise and vibration.