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GE 8521-HC-MT

Technical Specifications
Brand: GE (General Electric)
Model: 8521-HC-MT
Voltage: Rated (specific voltage may vary; sources mention 80V or standard V)
Output Frequency: Standard kHz (specific frequency may vary; sources mention 58kHz)
Power: Rated (specific power ratings may not be directly stated)
Current: Rated (specific current ratings may not be directly stated)
Temperature Range: -20°C to 100°C (based on operating temperature range for similar GE products)

Detailed content

Dimensions: Not explicitly stated, but typically standardized for industrial applications
Connectivity: RS232 interface for remote monitoring and control
Functional Features
Advanced Multi-CPU Intelligent Control: Utilizes microprocessor-based digital software for comprehensive UPS parameter control and management, ensuring optimal performance and reliability.
IGBT Inverter Technology: Combined with Frequency Pulse Width Modulation (PWM) techniques, reduces system noise and power loss, providing high-quality voltage output under various operating loads.
Modular Design: Facilitates maintenance and reduces Mean Time To Repair (MTTR), enhancing overall system maintainability.
Humanized Display Interface: Features a small LCD panel that clearly displays UPS status, including mains power, battery, output load, and internal conditions, enhancing user convenience.
Intelligent Bypass Switch: Automatically detects and responds to mains voltage fluctuations, protecting both load equipment and the UPS itself.
Battery Startup Function: Enables UPS to be activated by the battery in the absence of mains power, providing stable AC power output.
Advanced Phase Balance Technology: Ensures stable operation even in challenging power environments, such as those with phase imbalances.
Remote Monitoring and Control: Enables system self-test, timed switching, and various condition detection and alarm functions via the RS232 interface.
Application Scenarios
Industrial Automation: Suitable for controlling and managing UPS systems in industrial settings, ensuring uninterrupted power supply for critical equipment.
Data Centers: Utilized in data centers to maintain power stability and reliability for servers, storage systems, and networking equipment.
Critical Infrastructure: Deployed in hospitals, airports, and other facilities with critical operations that require reliable power backup.
Power Generation and Distribution: Can be integrated into power generation and distribution systems to ensure stable voltage output and efficient power management.

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