Description

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　　Core Functions and Technical Features

Channels and Sampling Capabilities: Supports 64-channel real-time monitoring, capable of simultaneously acquiring physical I/O points, internal digital/analog variables, and circuit breaker status; sampling rate up to 64 times/cycle, event recording accuracy 0.5ms, capable of storing 64 fault records and 1024 event scan data (achieved through digital input scanning).

Data Recording: Configured with 16 programmable data recording channels; users can customize the sampling rate (1 second to 1 hour); data is stored in non-volatile memory and is not lost when power is off.

Communication Interface: Compatible with Modbus, DNP3, IEC 61850, and other protocols; supports Ethernet, RS-232/485, and fiber optic interfaces; seamlessly integrates with SCADA/DCS/PLC systems.

Power Supply and Redundancy: Supports 24VDC redundant power supply, isolation voltage 1500VDC/2500VDC, with anti-interference capabilities (such as EMC protection), adaptable to operating temperatures of -40℃ to 70℃, and IP65 protection rating.

　　Circuit Breaker Full Lifecycle Management:

Integrates circuit breaker status monitoring (such as contact wear tracking, operation count statistics), fault diagnosis (such as VT fuse failure alarm), and protection control functions; supports 64-channel waveform recording (sampling rate 64 samples/cycle), capable of capturing 0.5ms-level event sequences, and enables multi-device fault waveform correlation analysis through IRIG-B time synchronization.

Possesses circuit breaker operating condition monitoring capabilities, can monitor the arc current (It) of each phase contact in real time, and combine with manufacturer data to set operating thresholds, providing early warning of mechanical fatigue risks.

　　Protection and Control Logic

Supports standard protection functions such as overcurrent, ground fault, voltage restraint, and differential protection. Programmable logic (FlexLogic™) allows users to customize protection strategies, such as circuit breaker failure protection and non-electrical quantity interlocking.

Multiple setting group storage (up to 6 groups) supports rapid switching of application scenarios (such as maintenance/operation modes), and improves system reliability in conjunction with the TMR (Triple Modular Redundancy) architecture.

　　Communication and Integration Capabilities

Compatible with multiple industrial protocols (Modbus TCP/IP, DNP3.0, IEC 61850, PROFIBUS), supporting seamless integration with DCS/PLC, SCADA systems, and GE System 1 condition monitoring software for remote monitoring and data integration.

Built-in Ethernet/fiber optic interface supports redundant network configuration to ensure high communication availability; configuration, fault analysis (such as COMTRADE waveform analysis), and trend prediction are achieved through the Enervista software suite.

　　Protection Functions:

Circuit breaker fault protection, voltage limiting overcurrent protection, ground fault detection, undervoltage/overvoltage protection.

Supports multi-level alarms (Alert/Danger) and custom static threshold settings.

　　Self-diagnostics and Expandability:

Built-in CPU status monitoring, memory integrity verification, and fault waveform recording (supports COMTRADE format).

Equipped with 6 independent setting groups, supporting quick configuration switching to adapt to different operating conditions.

Supports modular expansion, allowing integration with I/O modules, relay modules, and third-party devices.

　　Human-Machine Interface:

Front panel features an LCD display, LED status indicators, and programmable buttons, supporting local operation and status monitoring.

Remote configuration, fault analysis, and data visualization are achieved through Enervista software.

　　Hardware and Electrical Parameters:

Modular design compatible with the 3500 series frame, supporting hot-swapping and in-circuit programming; input voltage range covers 88-250V AC/300V DC to meet various operating conditions.

Equipped with electromagnetic interference (EMC) immunity, certified to IEC 61508 SIL3, and compliant with ATEX, CSA, and other explosion-proof standards, suitable for high-risk environments such as petroleum, chemical, and power industries.

　　Application Scenarios and Industry Adaptability

Power Industry: Used for turbine/generator protection, substation automation, and grid steady-state control, ensuring equipment is protected from overheating, imbalance, or mechanical failures.

Oil & Gas Industry: Achieves high-precision process control and safety interlocking in compressor control, pump station monitoring, and pipeline valve control.

Rail Transit: Suitable for train traction systems, signal control, and braking systems, ensuring train operation safety and efficiency.

Industrial Manufacturing: Achieves motor protection and condition monitoring in rolling mills, fans, and pumps, extending equipment life and reducing unplanned downtime.

　　Expansion Capabilities and Compatibility

Hardware Modules: Supports flexible configuration of CPU modules (e.g., 9E/9G/9H) and CT/VT modules (e.g., 8F/8G/8H). New and old modules must be compatible (compatibility is indicated by blue labels).

Software Tools: Configuration, fault diagnosis, and data management are achieved through Enervista UR setup software, supporting COMTRADE fault waveform analysis and multi-device event synchronization.

Network Architecture: Supports redundant configuration of fiber optic Ethernet, RS-485 serial communication, and dedicated direct I/O communication, adapting to the needs of distributed control systems.

　　Certifications and Standards:

Complies with international standards such as IEC 61508 SIL3, API 670, ATEX, and CSA, and is TÜV certified, ensuring compliance and safety in harsh industrial environments.

In summary, the GE Multilin C60TG3HLHFXXH81MXXP6TU6GWXX relay, with its high-precision monitoring, multi-protocol compatibility, redundant design, and broad industry adaptability, has become a core device for circuit breaker management in the power and industrial automation fields, effectively improving system safety and reducing the risk of unplanned downtime.

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