Description
GE HE700GEN100C is a power redundancy module designed for high-reliability industrial environments. Here are its key parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Power Redundancy Design: The module features two independent power inputs, ensuring automatic switchover to the backup power source when the primary power fails, thus maintaining the operational continuity of the equipment.
Automatic Switchover: When the primary power source is unstable or interrupted, the module automatically switches the equipment to the backup power source, ensuring continuous system operation.
Power Monitoring: The module can monitor the status of both the primary and backup power sources, including voltage, current, and frequency parameters.
Communication Interface: It supports HDMI interface for communication and data transmission.
Dimensions and Weight:
The module has a weight of approximately 2KG.
Exact dimensions are not provided in the available information, but it is designed to fit into standard industrial racks and cabinets.
Series:
The GE HE700GEN100C belongs to a series of power redundancy modules manufactured by General Electric (GE).
Features:
High Reliability and Stability: With its redundant design and automatic switchover capabilities, the module significantly improves the reliability and stability of the equipment.
Easy Maintenance: The module has self-diagnostic functions and fault indication features, facilitating easy maintenance and troubleshooting.
Versatile Applications: It is suitable for various industrial environments that require high-reliability power sources, such as data centers, servers, and communication equipment.
Function/Role:
The GE HE700GEN100C power redundancy module plays a crucial role in ensuring the continuous and reliable operation of industrial equipment by providing a backup power source in case of primary power failure.
It helps prevent downtime and maintains system availability, thereby enhancing overall system performance and efficiency.
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