GE 8521-HC-MT
Technical Specifications
Brand: GE (General Electric)
Model: 8521-HC-MT
Power Voltage: Typically rated, but specific values may vary (e.g., 80V as mentioned in one source)
Output Frequency: Standard kHz, exact value may depend on the specific application
System Memory: 512MB (as mentioned for a similar product in the same context)
Operating Temperature: -20°C to 100°C
Detailed content
Resistance: 5 Ohms (as mentioned for a similar product)
Dimensions: Approximately 30*20*22 (mm), exact dimensions may vary
Functional Features
Multi-CPU Intelligent Control: Utilizes microprocessor-based digital software for comprehensive UPS parameter control and management, ensuring optimal operation at all times.
Advanced IGBT Inverter Technology: Combined with Frequency Pulse Width Modulation (PWM) to reduce system noise and power loss, providing high-quality voltage output under various load conditions.
Modular Design: Enhances maintainability by reducing Mean Time To Repair (MTTR).
Humanized Display Interface: Features a small LCD panel that clearly displays UPS operating conditions, including mains power, battery status, output load, and internal conditions, for user convenience.
Remote Monitoring: Enables remote monitoring via RS232 interface, with system self-test, timed switching, and various condition detection and alarm functions.
Intelligent Bypass Switch: Automatically detects and responds to mains voltage fluctuations, shutting down output if input voltage exceeds -20% to +15% of the rated voltage to protect load equipment and the UPS itself.
Battery Startup Function: Allows the UPS to be activated by the battery in case of no mains power input, providing stable AC power output.
Advanced Phase Balance Technology: Ensures stable operation even in phase-loss conditions, suitable for harsh power environments.
Application Scenarios
Industrial Automation: Utilized in industrial automation systems for reliable power supply and control, enhancing operational efficiency and safety.
Aerospace: Suitable for use in aerospace applications where precise and reliable power management is crucial.
Automotive: Can be employed in automotive manufacturing and testing facilities for power control and management.
Maritime: Ideal for ships and offshore platforms, where stable power supply is essential for various onboard systems.