1MRK002810-AB | ABB RED670 Line Distance Protection Relay
1MRK002810-AB | ABB RED670 Line Distance Protection Relay
Manufacturer: ABB
Product No.: 1MRK002810-AB
Condition:1000 in stock
Product Type: Protection Relay
Product Origin: 1002810000014
Payment: T/T, Western Union
Weight: 1000g
Shipping port: Xiamen
Warranty: 12 months
- 24/7 Support
- 30-Day Returns
- Fast Shipping
ABB RED670 Line Distance Protection Relay - Advanced Transmission Network Protection
The ABB RED670 (Part Number: 1MRK002810-AB) represents the pinnacle of transmission line protection technology, delivering comprehensive distance protection, control, measurement, and supervision capabilities for overhead lines and cable feeders in high-voltage transmission and sub-transmission networks. As part of ABB's renowned Relion® protection and control platform, this relay combines advanced protection algorithms with IEC 61850 native communication to ensure maximum power system reliability and operational efficiency.
Core Technical Parameters
| Parameter | Specification |
|---|---|
| Manufacturer | ABB |
| Model Number | RED670 |
| Part Number | 1MRK002810-AB |
| Product Category | Line Distance Protection and Control Relay |
| Protection Functions | Distance (21), Directional Overcurrent (67), Non-Directional Overcurrent (50/51), Earth Fault (50N/51N/67N), Pole Slip (78), Power Swing Detection (68), High-Impedance Fault Detection |
| Measurement Capabilities | Three-phase voltage, current, power (P/Q/S), frequency, power factor, harmonics, sequence components with disturbance recording |
| Binary I/O | 18 binary inputs, 11 configurable output contacts |
| Communication Interfaces | 2× Ethernet (IEC 61850 Ed.2, DNP3, Modbus TCP), 2× Serial (SPA, IEC 60870-5-103) |
| Power Supply Options | 24-60V DC or 48-250V DC / 100-240V AC (selectable) |
| Operating Temperature | -25°C to +55°C (-40°C to +70°C storage) |
| Dimensions (H×W×D) | 177mm × 177mm × 144mm (4U 19" rack mount) |
| Mounting Options | 19" rack mount or panel mount with optional adapter |
| Protection Rating | IP54 front panel, IP20 rear terminals |
| Standards Compliance | IEC 60255 series, IEC 61850, ANSI/IEEE C37.2, CE, UL, CSA certified |
Advanced Protection Algorithms
- Multi-Zone Distance Protection (ANSI 21): Up to 5 independent distance zones with quadrilateral or mho characteristics, providing selective fault detection for phase-to-phase and phase-to-ground faults with sub-cycle operating times.
- Directional Overcurrent Protection (ANSI 67): Four-stage directional overcurrent elements with voltage-polarized or current-polarized directional determination, ideal for radial and meshed network configurations.
- Adaptive Protection Logic: Automatic zone reach adjustment based on system conditions, including load encroachment prevention and dynamic fault resistance compensation for evolving fault scenarios.
- Power Swing Blocking (ANSI 68): Intelligent discrimination between stable power swings and genuine faults, preventing unwanted tripping during system oscillations while maintaining security during out-of-step conditions.
- High-Impedance Fault Detection: Specialized algorithms detect high-resistance ground faults that conventional protection may miss, critical for overhead line applications with vegetation contact or broken conductor scenarios.
- Breaker Failure Protection (ANSI 50BF): Integrated backup protection with retriggering logic and remote breaker tripping coordination to ensure fault clearance when primary circuit breakers fail to operate.
Industrial Application Scenarios
- Transmission Line Protection (66kV-500kV): Primary and backup protection for long-distance overhead transmission lines with multi-terminal configurations, series compensation, and parallel line mutual coupling considerations.
- Sub-Transmission Networks (33kV-132kV): Comprehensive protection for urban and industrial sub-transmission systems with cable feeders, mixed overhead/cable circuits, and complex network topologies requiring adaptive protection schemes.
- Renewable Energy Integration: Protection coordination for wind farm and solar plant collector systems, managing bidirectional power flow, low short-circuit levels, and inverter-based resource characteristics.
- Industrial Power Distribution: Critical infrastructure protection for mining, petrochemical, steel, and manufacturing facilities requiring high-speed fault clearing to minimize process disruption and equipment damage.
- Railway Electrification Systems: Specialized protection for AC/DC railway traction power supply networks with unique fault characteristics, harmonic distortion, and dynamic load variations.
- Smart Grid Automation: IEC 61850-based substation automation integration enabling GOOSE messaging, sampled values, and coordinated protection schemes across multiple bays and substations.
Engineering Solutions & Operational Benefits
- IEC 61850 Native Architecture: Full compliance with IEC 61850 Edition 2 including GOOSE, MMS, and Sampled Values (9-2LE), enabling horizontal communication between IEDs and vertical integration with SCADA/EMS systems without protocol conversion.
- Cybersecurity Hardening: Role-based access control (RBAC), encrypted communication (TLS 1.2), event logging, and IEC 62351 compliance protect against unauthorized access and cyber threats in critical infrastructure environments.
- Advanced Disturbance Recording: Continuous waveform capture with pre-fault and post-fault recording (up to 10 seconds), synchronized via IEEE 1588 PTP or IRIG-B for multi-point fault analysis and system-wide event reconstruction.
- Self-Monitoring Diagnostics: Continuous internal health checks including CT/VT circuit supervision, binary input monitoring, output contact verification, and communication link status with automatic alarm generation.
- Flexible Configuration Platform: PCM600 engineering tool provides graphical logic programming, protection setting calculation, IEC 61850 system configuration, and lifecycle asset management from commissioning through decommissioning.
- Reduced Commissioning Time: Auto-configuration wizards, pre-tested protection schemes, and built-in test modes reduce on-site commissioning from days to hours, lowering project costs and accelerating energization schedules.
System Compatibility & Integration
The RED670 relay seamlessly integrates with modern and legacy substation infrastructure:
- ABB Relion® Family: Full interoperability with REF615, RET615, REM615, and other Relion IEDs for coordinated protection schemes and unified engineering workflows
- Substation Automation Systems: Native IEC 61850 integration with ABB MicroSCADA, Siemens SICAM, GE MiCOM, and third-party SAS platforms
- Legacy Protocol Support: Backward compatibility with DNP3, Modbus, IEC 60870-5-103, and SPA protocols for brownfield retrofit projects
- Time Synchronization: IEEE 1588 PTP (Precision Time Protocol), SNTP, and IRIG-B inputs ensure microsecond-level time stamping for sequence-of-events analysis
- CT/VT Interfaces: Supports conventional instrument transformers (1A/5A, 110V/220V) and non-conventional electronic transformers (NCIT) with low-power inputs
- SCADA/DCS Integration: Real-time data exchange with plant control systems for load management, demand response, and predictive maintenance applications
Commissioning & Lifecycle Support
ABB provides comprehensive engineering support throughout the relay lifecycle. The PCM600 Protection and Control IED Manager software offers unified configuration, testing, and documentation for single devices or entire substations. Factory acceptance testing (FAT) and site acceptance testing (SAT) protocols ensure compliance with utility specifications. Remote firmware updates and parameter adjustments minimize site visits while maintaining system security. Extensive training programs and 24/7 technical support ensure operational excellence.
Quality Assurance & Warranty
Every ABB RED670 relay undergoes rigorous type testing per IEC 60255 standards including dielectric withstand, impulse voltage, EMC immunity, and environmental stress screening. Factory calibration certificates with NIST-traceable measurements are provided. Standard warranty covers manufacturing defects for 24 months from shipment, with extended service agreements available. Global spare parts availability and repair services ensure minimal downtime throughout the 25+ year operational lifespan.
Product Description
ABB RED670 Line Distance Protection Relay - Advanced Transmission Network Protection
The ABB RED670 (Part Number: 1MRK002810-AB) represents the pinnacle of transmission line protection technology, delivering comprehensive distance protection, control, measurement, and supervision capabilities for overhead lines and cable feeders in high-voltage transmission and sub-transmission networks. As part of ABB's renowned Relion® protection and control platform, this relay combines advanced protection algorithms with IEC 61850 native communication to ensure maximum power system reliability and operational efficiency.
Core Technical Parameters
| Parameter | Specification |
|---|---|
| Manufacturer | ABB |
| Model Number | RED670 |
| Part Number | 1MRK002810-AB |
| Product Category | Line Distance Protection and Control Relay |
| Protection Functions | Distance (21), Directional Overcurrent (67), Non-Directional Overcurrent (50/51), Earth Fault (50N/51N/67N), Pole Slip (78), Power Swing Detection (68), High-Impedance Fault Detection |
| Measurement Capabilities | Three-phase voltage, current, power (P/Q/S), frequency, power factor, harmonics, sequence components with disturbance recording |
| Binary I/O | 18 binary inputs, 11 configurable output contacts |
| Communication Interfaces | 2× Ethernet (IEC 61850 Ed.2, DNP3, Modbus TCP), 2× Serial (SPA, IEC 60870-5-103) |
| Power Supply Options | 24-60V DC or 48-250V DC / 100-240V AC (selectable) |
| Operating Temperature | -25°C to +55°C (-40°C to +70°C storage) |
| Dimensions (H×W×D) | 177mm × 177mm × 144mm (4U 19" rack mount) |
| Mounting Options | 19" rack mount or panel mount with optional adapter |
| Protection Rating | IP54 front panel, IP20 rear terminals |
| Standards Compliance | IEC 60255 series, IEC 61850, ANSI/IEEE C37.2, CE, UL, CSA certified |
Advanced Protection Algorithms
- Multi-Zone Distance Protection (ANSI 21): Up to 5 independent distance zones with quadrilateral or mho characteristics, providing selective fault detection for phase-to-phase and phase-to-ground faults with sub-cycle operating times.
- Directional Overcurrent Protection (ANSI 67): Four-stage directional overcurrent elements with voltage-polarized or current-polarized directional determination, ideal for radial and meshed network configurations.
- Adaptive Protection Logic: Automatic zone reach adjustment based on system conditions, including load encroachment prevention and dynamic fault resistance compensation for evolving fault scenarios.
- Power Swing Blocking (ANSI 68): Intelligent discrimination between stable power swings and genuine faults, preventing unwanted tripping during system oscillations while maintaining security during out-of-step conditions.
- High-Impedance Fault Detection: Specialized algorithms detect high-resistance ground faults that conventional protection may miss, critical for overhead line applications with vegetation contact or broken conductor scenarios.
- Breaker Failure Protection (ANSI 50BF): Integrated backup protection with retriggering logic and remote breaker tripping coordination to ensure fault clearance when primary circuit breakers fail to operate.
Industrial Application Scenarios
- Transmission Line Protection (66kV-500kV): Primary and backup protection for long-distance overhead transmission lines with multi-terminal configurations, series compensation, and parallel line mutual coupling considerations.
- Sub-Transmission Networks (33kV-132kV): Comprehensive protection for urban and industrial sub-transmission systems with cable feeders, mixed overhead/cable circuits, and complex network topologies requiring adaptive protection schemes.
- Renewable Energy Integration: Protection coordination for wind farm and solar plant collector systems, managing bidirectional power flow, low short-circuit levels, and inverter-based resource characteristics.
- Industrial Power Distribution: Critical infrastructure protection for mining, petrochemical, steel, and manufacturing facilities requiring high-speed fault clearing to minimize process disruption and equipment damage.
- Railway Electrification Systems: Specialized protection for AC/DC railway traction power supply networks with unique fault characteristics, harmonic distortion, and dynamic load variations.
- Smart Grid Automation: IEC 61850-based substation automation integration enabling GOOSE messaging, sampled values, and coordinated protection schemes across multiple bays and substations.
Engineering Solutions & Operational Benefits
- IEC 61850 Native Architecture: Full compliance with IEC 61850 Edition 2 including GOOSE, MMS, and Sampled Values (9-2LE), enabling horizontal communication between IEDs and vertical integration with SCADA/EMS systems without protocol conversion.
- Cybersecurity Hardening: Role-based access control (RBAC), encrypted communication (TLS 1.2), event logging, and IEC 62351 compliance protect against unauthorized access and cyber threats in critical infrastructure environments.
- Advanced Disturbance Recording: Continuous waveform capture with pre-fault and post-fault recording (up to 10 seconds), synchronized via IEEE 1588 PTP or IRIG-B for multi-point fault analysis and system-wide event reconstruction.
- Self-Monitoring Diagnostics: Continuous internal health checks including CT/VT circuit supervision, binary input monitoring, output contact verification, and communication link status with automatic alarm generation.
- Flexible Configuration Platform: PCM600 engineering tool provides graphical logic programming, protection setting calculation, IEC 61850 system configuration, and lifecycle asset management from commissioning through decommissioning.
- Reduced Commissioning Time: Auto-configuration wizards, pre-tested protection schemes, and built-in test modes reduce on-site commissioning from days to hours, lowering project costs and accelerating energization schedules.
System Compatibility & Integration
The RED670 relay seamlessly integrates with modern and legacy substation infrastructure:
- ABB Relion® Family: Full interoperability with REF615, RET615, REM615, and other Relion IEDs for coordinated protection schemes and unified engineering workflows
- Substation Automation Systems: Native IEC 61850 integration with ABB MicroSCADA, Siemens SICAM, GE MiCOM, and third-party SAS platforms
- Legacy Protocol Support: Backward compatibility with DNP3, Modbus, IEC 60870-5-103, and SPA protocols for brownfield retrofit projects
- Time Synchronization: IEEE 1588 PTP (Precision Time Protocol), SNTP, and IRIG-B inputs ensure microsecond-level time stamping for sequence-of-events analysis
- CT/VT Interfaces: Supports conventional instrument transformers (1A/5A, 110V/220V) and non-conventional electronic transformers (NCIT) with low-power inputs
- SCADA/DCS Integration: Real-time data exchange with plant control systems for load management, demand response, and predictive maintenance applications
Commissioning & Lifecycle Support
ABB provides comprehensive engineering support throughout the relay lifecycle. The PCM600 Protection and Control IED Manager software offers unified configuration, testing, and documentation for single devices or entire substations. Factory acceptance testing (FAT) and site acceptance testing (SAT) protocols ensure compliance with utility specifications. Remote firmware updates and parameter adjustments minimize site visits while maintaining system security. Extensive training programs and 24/7 technical support ensure operational excellence.
Quality Assurance & Warranty
Every ABB RED670 relay undergoes rigorous type testing per IEC 60255 standards including dielectric withstand, impulse voltage, EMC immunity, and environmental stress screening. Factory calibration certificates with NIST-traceable measurements are provided. Standard warranty covers manufacturing defects for 24 months from shipment, with extended service agreements available. Global spare parts availability and repair services ensure minimal downtime throughout the 25+ year operational lifespan.