PLCs, Power Supplies & Others

Product Description

The ABB 57310001-KY (DSCL 110A) Redundancy Control Unit is a communication module designed for redundant system architectures within the ABB MasterPiece 200 and 200/1 controller family. It manages automatic switchover between dual processor units, ensuring uninterrupted control and communication in critical industrial environments.
This redundancy unit is vital for maintaining continuous operation in Advant OCS systems, providing robust fault detection and seamless channel synchronization. Moreover, it helps minimize downtime, ensuring maximum system availability in demanding process industries.

Functional Highlights

The DSCL 110A module provides intelligent redundancy control and synchronization between active and standby processors.
Key Features Include:

• Automatic Processor Switchover: Ensures smooth transition between main and backup units.
• High Communication Reliability: Maintains stable data exchange within the MasterPiece 200 network.
• System Fault Monitoring: Continuously checks processor and communication status to trigger redundancy when needed.
• Compact and Modular Design: Allows quick installation and replacement without disrupting existing system configurations.
• Industrial Durability: Built to operate reliably in 24/7 automation environments.

In addition, this redundancy control unit supports diagnostic indicators for quick troubleshooting, allowing technicians to identify faults efficiently during maintenance operations.

Technical Specification

Furthermore, the module complies with ABB’s strict quality and performance standards, ensuring stable operation even under electrical or environmental stress.

System Integration

The ABB DSCL 110A module integrates seamlessly with MasterPiece 200/200/1 controllers and Advant OCS systems. It is used to maintain dual-processor communication and redundancy across distributed control networks.
Typical Integration Scenarios:

• Power generation plants requiring continuous control system availability.
• Chemical and refining industries demanding high communication reliability.
• Automation systems where processor redundancy prevents unexpected downtime.
  Therefore, it plays a crucial role in ensuring operational continuity in mission-critical automation infrastructure.

Details