General Electric 369-LO-0-M-F-E-0-0 Protection Device

Regarding the General Electric 369-LO-0-M-F-E-0-0 protection device, the following is a compilation of relevant information based on multiple sources, including technical specifications, functional characteristics, application scenarios, and maintenance methods.

Technical specifications

Control power supply: The control power supply of this protection device is rated at 20-60 VDC (DC) or 20-48 VAC (AC). This specification indicates that it is suitable for various voltage environments, increasing its flexibility in application.

Interface and Communication:

Optional metering package: Provides VT input, allowing measurement of voltage and power components, including parameters such as megawatt hours, hertz, kilovolt amperes, kilowatts, V, and PF.

Optional fiber optic port: used for remote module or RTD (resistance temperature detector) connection, suitable for more harsh environments or long-distance communication.

Ethernet Modbus TCP interface: supports communication through Ethernet, facilitating remote monitoring and data transmission.

RS232 and RS485 ports: Equipped with one RS232 front panel port and three RS485 rear panel ports, supporting Modbus RTU protocol, facilitating connection and communication with various devices.

Size and weight: The specific size and weight may vary depending on the product version and configuration, but generally fall within the standard size and weight range of industrial grade equipment.

Functional characteristics

Motor protection and monitoring: The General Electric 369-LO-0-M-F-E-0-0 protection device is designed specifically for protecting and monitoring mechanical systems and three-phase motors, capable of “learning” motor parameters and adapting to different applications.

Multiple protection functions: providing overload protection, short circuit protection, imbalance protection, over temperature protection and other protection functions to ensure the safe operation of the motor under various working conditions.

Enhanced diagnostic function: including motor status indicator, motor health report, motor start data recorder, enhanced event recorder, etc., to help users comprehensively understand the motor operation status and fault history.

User defined settings: allow users to adjust parameters such as motor surge current, cooling rate, and acceleration time to improve the adaptability and protection ability of the protection device.

Remote monitoring and communication: Through Ethernet Modbus TCP interface, RS232 and RS485 ports, remote monitoring and communication are achieved, facilitating centralized management and troubleshooting.

Application scenarios

The General Electric 369-LO-0-M-F-E-0-0 protection device is widely used in situations that require high-precision motor protection, such as power plants, substations, industrial production lines, manufacturing industries, etc. In these situations, the operating status of the motor is crucial to the stability and efficiency of the entire system, so it is particularly important to use high-performance motor protection devices.

Maintenance methods

Regular inspection: Regularly inspect the appearance, wiring, and indicator light status of the protective device to ensure no damage or abnormalities.

Cleaning and maintenance: Keep the protective device clean to avoid adverse effects caused by impurities such as dust and oil. You can use a clean cloth or a hair dryer or other tools for cleaning.

Calibration and testing: Regularly calibrate and test the measurement accuracy of the protective device to ensure the accuracy and reliability of its measurement data. Professional calibration equipment and testing methods can be used for calibration and testing.

Software updates: Pay attention to the official software update information released by GE, and update the software of the protective device in a timely manner to obtain the latest functional and performance improvements.

Professional maintenance: If you encounter problems or malfunctions that cannot be solved on your own, you should promptly contact GE’s official or authorized repair service center for professional maintenance.

Please note that the above information may vary depending on the product version and configuration. In practical applications, please refer to the technical manual of the specific product or contact General Electric official for the most accurate information.