ABB SUE3000 1VCR007346 G0028 High Speed Transfer System (HSTS)

Description

Technical Specifications

Core System Specifications

• Product Type: High Speed Motor Bus Transfer System (HSTS)
• Order Code: 1VCR007346 G0028
• Transfer Time: 30 milliseconds (1½ power cycles) between synchronous feeders
• System Configurations:
  • 2‑breaker layout: 2 incoming feeders + 1 common busbar
  • 3‑breaker layout: 2 incoming feeders + 2 busbar sections + 1 coupling breaker
• Voltage Compatibility: Supports all standard medium‑voltage levels
• Component Integration: Works with REF 542plus feeder protection relays, VM1‑T high‑speed vacuum circuit breakers, and precision current/voltage sensors

Electrical & Power Specifications

• Central Unit Power Supply:
  • 110 V DC (-30%, +10%)
  • 220 V DC (-30%, +10%)
  • 48–220 V DC (-15%, +10%)
• Power Consumption: ≤ 30 W (with 2 BIO boards)
• Inrush Current: ≤ 10 A peak for 200 ms
• Voltage Ripple: < 10%
• HMI Unit Power Supply: 48–110 V DC / 110–220 V DC (-15%, +10%)
• HMI Power Consumption: ≤ 6 W

Communication & Interface Specifications

• Control Interface: Profibus DP (RS‑485 with adapter)
• Standard Connector: RJ45 on core module
• Data Recording: Integrated fault recorder for analog and binary data logging
• User Interface: High‑resolution display with menu‑driven operation and multi‑level access keys

Environmental & Mechanical Specifications

• Operating Temperature: -40 °C to +70 °C
• Storage Temperature: -40 °C to +85 °C
• Humidity: 5%–95% RH, non‑condensing
• Protection Class: IP30 (DIN‑rail) / IP40 (panel‑mount with cover)
• Mounting: 35 mm DIN‑rail or direct panel mounting
• Certifications: Complies with IEC 61000‑4 EMC standards and industrial safety regulations

Key Features

Ultra‑Fast Power Transfer

• 30 ms Transfer Speed: Executes source switching in 1½ power cycles, preventing process disruption
• Synchronous Transfer: Maintains phase alignment between incoming feeders for smooth load transition
• Four Transfer Modes: Supports multiple transfer strategies to cover all operational scenarios
• Manual Initiation: Allows operator‑controlled transfers for maintenance or targeted clearing

Robust System Integration

• Dual Configuration Support: Adapts to 2‑breaker and 3‑breaker switchgear topologies
• Retrofit Compatibility: Installs seamlessly into existing and new medium‑voltage switchgear
• Component Synergy: Integrates with ABB’s REF 542plus relays and VM1‑T breakers for optimized performance
• Redundancy Ready: Designed for integration into redundant power architectures

Advanced Monitoring & Diagnostics

• Real‑Time Data Logging: Fault recorder captures detailed system events for analysis
• Comprehensive HMI: Intuitive graphical interface for status monitoring and parameter configuration
• Multi‑Level Access: Secure operation with key‑based access control for different user levels
• Pre‑Delivery Testing: Each unit undergoes factory isolation and functional testing

Industrial‑Grade Reliability

• Extreme Environment Operation: Functions reliably across wide temperature and humidity ranges
• EMC Compliance: Resists electromagnetic interference in harsh industrial environments
• Long Service Life: High‑quality components engineered for continuous, long‑term operation
• Low Maintenance: Minimal upkeep compared to UPS systems, reducing total cost of ownership

Application Scenarios

Power Generation Facilities

• Thermal Power Plants: Ensures continuous operation of boiler feed pumps, fans, and critical auxiliaries
• Gas Turbine & Combined Cycle Plants: Protects gas turbine controls and auxiliary systems
• Nuclear Power Plants: Safeguards safety‑related and process‑critical auxiliary loads
• Renewable Energy Plants: Maintains power for wind/solar farm control and energy management systems

Continuous Process Industries

• Petrochemical & Refineries: Prevents shutdowns in distillation, cracking, and reactor processes
• Chemical Manufacturing: Protects continuous production lines and reactor control systems
• Fiber & Plastics: Ensures uninterrupted operation of extrusion and spinning processes
• Pharmaceutical Production: Safeguards sterile manufacturing and batch control systems

Oil & Gas Operations

• Upstream Production: Maintains power for wellhead controls, pumps, and compressors
• Midstream Pipelines: Protects compressor stations and pipeline monitoring systems
• LNG Facilities: Ensures reliability of cryogenic processing and liquefaction equipment
• Downstream Terminals: Safeguards storage and distribution control systems

Water & Wastewater Infrastructure

• Municipal Water Treatment: Protects large pump stations and filtration systems
• Wastewater Plants: Maintains aeration, sludge processing, and effluent treatment
• Desalination Plants: Ensures continuous operation of reverse osmosis and energy recovery systems
• Irrigation Networks: Safeguards agricultural water distribution pump controls

Industrial Manufacturing

• Pulp & Paper Mills: Protects continuous paper machines and processing lines
• Metal Processing: Maintains power for rolling mills, furnaces, and material handling
• Automotive Production: Safeguards assembly lines, paint shops, and robotic systems
• Mining & Minerals: Ensures reliability of crushers, mills, and conveyor systems

Infrastructure & Utilities

• Substations & Grid Facilities: Protects control systems and auxiliary power
• Data Centers: Provides ultra‑fast transfer for critical IT infrastructure
• Hospitals & Healthcare: Safeguards life‑support and medical equipment power
• Transportation Hubs: Maintains power for airport, seaport, and railway control systems

System Modernization Projects

• Legacy Switchgear Retrofits: Upgrades older systems with modern high‑speed transfer capability
• Reliability Enhancement: Improves power continuity in aging industrial electrical networks
• Critical Load Protection: Adds redundancy to single‑source power systems
• Energy Efficiency: Reduces reliance on UPS systems for large industrial loads