Overview

The ABB AI630 is a robust analog input module engineered for demanding industrial environments. It features 12 analog input channels, optimized for Pt100 temperature sensors, and supports high-resolution signal acquisition for process control applications. Moreover, its compatibility with ABB’s AC 800M control system ensures seamless integration into Symphony Plus and 800xA architectures.

In addition to its measurement accuracy, the AI630 offers galvanic isolation, low noise, and fast response times, making it ideal for temperature-critical processes. Therefore, it’s widely used in power generation, chemical processing, and manufacturing automation where precise analog data is essential.

For instance, operators in thermal power plants rely on the AI630 to monitor boiler temperatures and turbine conditions with high fidelity. Its compact design and standardized dimensions simplify installation and maintenance.

Technical Data

Sources:

Typical Applications

Power Generation Facilities

Monitors temperature in turbines, boilers, and heat exchangers.

Chemical and Petrochemical Plants

Tracks process temperatures for reaction control and safety.

Industrial Automation Systems

Interfaces with RTDs for precision temperature monitoring.

OEM Control Panels

Embedded in custom automation solutions requiring analog input processing.

Renewable Energy Systems

Used in solar and wind installations for environmental and equipment monitoring.

In addition, its Pt100 compatibility ensures accurate temperature readings across a wide range of industrial processes. For instance, facilities with strict thermal control requirements benefit from its stable and noise-resistant signal acquisition.

FAQ

Q: What type of sensors does the AI630 support?

A: It is optimized for Pt100 RTD temperature sensors.

Q: How many input channels are available?

A: The module provides 12 analog input channels.

Q: Is it compatible with ABB’s Symphony Plus system?

A: Yes, it integrates with Symphony Plus, 800xA, and AC 800M control systems.