RDIO-01 ABB Industrial automation Remote distributed I/O module

RDIO-01 ABB Industrial automation Remote distributed I/O module

Product Overview

ABB RDIO-01 is a high-performance remote distributed I/O module designed to provide flexible and reliable signal acquisition and control functions for industrial automation systems. This module supports multiple communication protocols and features high-density digital input/output channels, making it suitable for a wide range of industrial applications, such as power, water treatment, manufacturing, and more.

Core features

Multi-protocol support
It is equipped with multiple communication protocols such as Ethernet/IP, Modbus TCP, and Profibus DP
Support redundant communication links to enhance system availability
It provides a serial port and a USB interface, facilitating on-site debugging and maintenance
Rich I/O configuration
It includes 8 digital input channels (DI) and 8 digital output channels (DO)
Supports 24V DC input/output and is compatible with various sensors and actuators
It can be expanded to more I/O channels to meet the requirements of complex applications

Technical parameters

Power industry: Remote data acquisition for automation systems in power plants and substations
Petrochemical industry: Process control and monitoring in oil refineries and chemical plants
Water treatment: Automated management of waterworks and sewage treatment plants
Manufacturing industry: Centralized control of automotive manufacturing and electronic assembly production lines
Intelligent building: Remote controller for building automation systems

Installation and Usage instructions
Hardware installation
Install the RDIO-01 on the appropriate DIN rail;
Connect the 24V DC power input to ensure stable power supply;
Connect to the master station or other network devices using shielded twisted-pair cables;
Insert additional I/O modules as needed, and pay attention to the module sequence and address Settings.
Software configuration
Create an instance of the RDIO-01 device in Control Builder M;
Assign labels to each channel and configure relevant parameters;
Set the communication protocol and baud rate to ensure compatibility with the main station;
Download the configuration file and start the controller.
Debugging and verification
The front panel LED display shows the normal operating status.
View real-time data and alarm information online using engineering software.
Loop tests can be conducted through analog input and output to ensure that each channel is working properly.

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