Description
Product Overview
The ABB INICT03A INICT03 module is a communication interface designed for ABB INFI-90 / Symphony distributed control systems. It connects the INFI-NET control network with external computer systems including operator workstations, engineering stations, and data servers.
It is installed in an ABB N-Module rack and functions as a central data exchange node, enabling plant-wide access to real-time process information and system status.
System Function Description
This module operates as a network bridge between the INFI-NET token-passing control network and host computing platforms. It supports continuous and synchronized data exchange across industrial automation layers.
Main functions include
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Transfer of real-time process values from controllers to host systems
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Transmission of alarms and event messages for supervisory monitoring
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Delivery of system diagnostics and status information
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Bidirectional communication for configuration and control support
It is commonly used in SCADA systems, historians, and engineering environments where reliable data access is required.
Technical Specifications
Communication Interface
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Network Type: INFI-NET redundant token-passing architecture
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Communication Mode: Bidirectional data transfer
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Data Types: Process values, alarms, events, diagnostics
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System Integration: HMI, SCADA, historian, engineering tools
Electrical Characteristics
Mechanical Design
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Module Type: ABB N-Module plug-in card
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Mounting: INFI-90 / Symphony rack compatible
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Connector Type: Backplane edge connector
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Indicators: LED status for network and module diagnostics
Environmental Conditions
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Operating Temperature: 0°C to 60°C
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Storage Temperature: -40°C to 85°C
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Humidity: 5% to 95% non-condensing
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Cooling: Natural convection within rack
Physical Data
Key Features
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Provides communication bridge between control network and computer systems
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Supports redundant INFI-NET architecture
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Enables deterministic real-time data exchange
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Designed for continuous industrial operation
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Compatible with rack-based hot-swap configurations depending on system setup
Application Areas
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Distributed control system integration
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Plant monitoring and visualization systems
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SCADA supervisory control environments
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Engineering configuration stations
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Industrial data acquisition and historian systems