Product Overview

The 1MRK000167-GCR00 is a high-reliability PC board assembly engineered by ABB for the Bay Control System framework. This module serves as a critical interface and logic processing unit within Distributed Control Systems (DCS), specifically optimized for substation automation and grid management. It provides a bridge between field-level sensory data and the supervisory control layer, ensuring that protection and control commands are executed with deterministic precision. Designed for longevity in electrically noisy environments, this board facilitates the intelligent arbitration of signals required to maintain the stability of industrial power infrastructures.

Technical Configuration and Hardware Performance

This circuit board is built to meet rigorous industrial standards, combining high-density I/O capabilities with standardized communication protocols to ensure seamless system interoperability.

• Model Designation: 1MRK000167-GCR00

• Module Function: Bay Control Processing Board

• I/O Capacity: 16 Integrated Input Channels / 8 Output Channels

• Data Interface: RS-485 Serial Port for high-efficiency device networking

• Compliance Standards: Fully certified for CE, UL, and CSA safety requirements

• Unit Weight: 0.26 kg

• Structural Dimensions: 23.3 x 16.8 x 2 cm

• System Compatibility: Engineered for Bay Control and AC 800 series environments

• Signal Integrity: Hardened circuitry for protection against electromagnetic interference

• Origin: Sweden

• HS Tariff Code: 8537101190

Industrial Deployment Scenarios

The 1MRK000167-GCR00 is deployed in mission-critical applications where the failure of a single control node could lead to significant operational downtime.

• Substation Automation: Managing bay-level interlocking and switching logic to protect electrical transformers and busbars.

• Smart Grid Management: Acting as a localized data concentrator for real-time monitoring of power distribution metrics.

• Advanced Robotics Control: Providing the high-speed discrete I/O necessary for coordinating complex motion sequences in automotive or electronics assembly.

• Process Plant Safety: Implementing hard-wired interlocks and status monitoring for pumps and valves in chemical or oil and gas facilities.

• Energy Management Systems: Integrating disparate field sensors into a unified DCS architecture via the onboard RS-485 and Ethernet-linked backplanes.