GE UR9EH Industrial grade core CPU module

GE UR9EH Industrial grade core CPU module

Specific Parameters​

Core and Function Parameters​

Product Type Core CPU Module (Universal Relay Central Processing Unit)​

Manufacturer GE (GE Multilin)​

Model UR9EH​

Series Multilin UR Series (Universal Relay Series)​

Core Functions Protection Algorithm Execution, Logic Control, Real-time Data Processing, Event Recording, Multi-protocol Communication, Module Collaborative Management​

Compatible Systems GE Multilin UR Series Universal Relay Systems, Mark VI/Mark VIe Turbine Control Systems​

Compatible Modules UR Series CT/VT Signal Modules, I/O Modules, Communication Expansion Modules​

Programming Support Supports Custom Logic Programming, Protection Setting Configuration​

Event Recording High-speed Event Recording and Fault Tracing​

Communication Interfaces Ethernet Interfaces (RJ45+Fiber Optic), RS232/RS485 Serial Interfaces, USB Local Access Interface, System Backplane Bus Interface​

Supported Protocols IEC 61850 (including GOOSE Messaging), DNP3 (Serial/TCP/IP), Modbus RTU/TCP, IEC 60870-5-103​

Security Functions User Authentication and Role-based Access Control, Encrypted Communication, Event Tracking Log, Secure Remote Firmware Upgrade​

Diagnostic Functions Hardware Health Diagnosis, Module Communication Fault Diagnosis, Signal Validity Monitoring, Continuous Self-test During Startup and Operation​

Installation Method 19-inch Rack Plug-in Installation (compatible with UR Series Standard Base Units)​

Certification Standards Certifications Related to Industrial Power Equipment, Network Security Compliance Certifications​

Status Indication Independent Indicators for Power Normal, Operation Status, Communication Status, Fault Alarm​

Electrical and Performance Parameters​

Power Supply Voltage 24-250V DC or 48-240V AC​

Power Consumption 15W​

Processing Performance Supports Real-time Operation of Complex Protection Algorithms, High-speed Data Processing​

Positioning Accuracy ±0.05mm​

Operating Speed 1800mm/s​

Load Capacity 10kg​

Communication Rate Ethernet Auto-negotiation, Serial Communication Supports Standard Industrial Rates​

Isolation Level Electrical Isolation Between Modules Complies with Industrial Power Equipment Standards​

Anti-interference Performance Complies with Industrial Electromagnetic Compatibility Standards​

Physical and Environmental Parameters​

Overall Dimensions 6cm×19.8cm×17.2cm (Length×Width×Height)​

Weight Approximately 0.78kg (Net Weight 0.737kg)​

Operating Temperature Range -40°C to 60°C​

Storage Temperature Range -40°C to 85°C​

Relative Humidity Maximum 95% (non-condensing, no dew)​

Housing Material Industrial-grade Flame-retardant Housing​

Vibration Resistance Complies with Industrial Power Equipment Vibration Standards​

Shock Resistance Complies with Industrial Power Equipment Shock Standards​

Product Performance​

High-performance computing core supports real-time operation of complex protection algorithms and logic control, with ±0.05mm positioning accuracy + 1800mm/s operating speed, enabling fast and precise control response​

Multi-interface + multi-protocol compatible design, supporting mainstream protocols such as IEC 61850 and Modbus, seamlessly connecting to SCADA systems and distributed control networks​

Integrates high-level network security functions, including encrypted communication and role-based access control, resisting malicious attacks and ensuring secure data transmission​

Comprehensive self-test and diagnostic functions, real-time monitoring of hardware status and signal validity, providing timely fault warnings and reducing system downtime risks​

Compatible with all UR series modules and GE mainstream control systems, supporting hot-swapping of modules and system expansion with strong scalability​

19-inch rack standard installation, plug-in design compatible with existing base units, facilitating easy installation and replacement with high operation and maintenance efficiency​

Wide operating temperature range of -40°C to 60°C + industrial-grade anti-interference design, adapting to harsh industrial environments such as high and low temperatures with strong stability​

15W low-power design, balancing high performance and energy-saving requirements, resulting in low long-term operating costs​