Product Overview

The IMCIS02 is a specialized Control I/O Slave Module designed for the Bailey Infi 90 Distributed Control System (DCS) architecture. This module functions as a critical peripheral interface, facilitating the exchange of field data between local instrumentation and the primary process controllers. Engineered to support high-density signal processing, the IMCIS02 serves as a subordinate unit that executes localized I/O tasks, thereby offloading computational demand from the master modules. Its design is tailored for the legacy support and expansion of Bailey systems, providing a reliable pathway for maintaining sophisticated process control loops in established industrial infrastructures.

Technical Architecture and Hardware Assets

• Product Family Bailey Infi 90 / Symphony Series

• Module Function Remote/Slave I/O Control and Signal Distribution

• Net Weight 0.28 kg

• Physical Dimensions 3.5 cm x 31.0 cm x 17.6 cm

• System Integration Proprietary Bailey Bus / DCS Backplane

• Mounting Configuration Rack-mounted within standard Infi 90 cabinets

• Hardware Lifecycle Active and fully supported for system maintenance

• Production Origin Sweden

• HS Code 8537101190

• Reliability Standard Industrial-grade circuitry for continuous 24/7 operation

Professional Field Implementations

The IMCIS02 module is a fundamental component in large-scale automation frameworks that require distributed processing:

Utility and Power Generation Monitoring boiler feed systems and turbine auxiliary inputs where decentralized I/O clusters reduce complex cable routing to the central control room.

Oil and Gas Refining Handling real-time data acquisition from remote sensor arrays across extensive refinery sites, ensuring high-speed feedback for pressure and temperature loops.

Chemical Processing Managing localized batching sequences and valve interlocking by processing binary and analog signals at the slave level.

Pulp and Paper Manufacturing Executing discrete logic for heavy-duty motor control and wet-end processing where environmental resilience is required for electronic components.

Water Treatment Facilities Coordinating distributed pumping stations and filtration monitoring by acting as a reliable slave link within the wider plant-wide DCS network.