ABB SUE3000 High-Speed Transfer System (HSTS)

• Configuration: Supports 2 or 3 circuit-breaker setups, allowing flexibility in system design.
• Communication Protocols: Features a flexible communication concept supporting IEC 61850-8-1, SPABUS, LON, MODBUS RTU, IEC 60870-5-103, Ethernet interface, Webserver, and Profibus DP with an adapter unit.
• Programming Language: Utilizes “functional block programming language” (FUPLA) for easy configuration and parameterization tailored to specific project requirements.
• Protection Mechanisms: Includes overvoltage, short-circuit, and fault detection capabilities to safeguard connected equipment.
• Diagnostics: Equipped with an integrated disturbance recorder for monitoring and analyzing system events.

Key Features

• High Reliability: Built with industrial-grade components to withstand harsh environments and ensure long-term stability.
• Fast Transfer: Extremely short transfer times minimize disruption to critical processes.
• Flexible Configuration: Adaptable to various applications with support for multiple circuit breakers and communication protocols.
• User-Friendly Interface: Features a central unit and HMI (Human-Machine Interface) for intuitive operation and monitoring.
• Comprehensive Diagnostics: Provides detailed fault recording and real-time status updates for proactive maintenance.
• Manual Transfer Capability: Allows for targeted clearing and simplified operation through manually initiated transfers.

Functional Characteristics

• Automatic Switching: Seamlessly transfers to a standby feeder upon detection of a primary power failure.
• Signal Processing: Converts and conditions analog signals from field devices into digital data for control systems.
• Fault Detection: Continuously monitors for open circuits, short circuits, and out-of-range conditions, triggering alarms when anomalies are detected.
• Data Transmission: Facilitates real-time communication between field devices and control systems via supported industrial protocols.
• Protection: Safeguards against voltage surges, electrical noise, and overcurrent conditions to prevent damage to connected equipment.

Application Scenarios

• Power Generation: Utilized in power plants to ensure continuous operation of turbines, boilers, and generators.
• Oil and Gas: Facilitates safe and efficient operations by monitoring pipeline pressure, temperature, and flow rates while protecting against power interruptions.
• Water Treatment: Monitors water quality parameters and controls pump and valve operations in treatment plants, ensuring uninterrupted service.
• Petrochemical Industry: Ensures precise control of chemical reactions by maintaining stable power supply to reactors and distillation columns.
• Renewable Energy: Supports the integration of renewable energy sources by protecting inverters and ensuring grid stability.
• Industrial Automation: Widely used in manufacturing for process control, assembly line automation, and quality inspection systems where power continuity is critical.