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Type: | Rigid Circuit Board |
Dielectric: | SIC |
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DF2002 Axial Displacement Monitoring Module is used to monitor the operating status or physical parameters of power plant steam turbines, such as temperature, pressure, etc. It has excellent performance characteristics, including high precision, high reliability, real-time response and powerful data processing capabilities. They can monitor and control various physical parameters in the power plant in real time to ensure that the equipment operates within a safe and efficient range. At the same time, it also has excellent communication and data acquisition capabilities, which can achieve seamless connection and information sharing between various devices and systems within the power plant, providing a solid foundation for the automatic control and intelligent management of the power plant. |
Function of Excitation System Control Modules: 1. Voltage regulation: Automatic voltage regulation to keep the generator output voltage stable. Voltage limiting function to prevent voltage from being too high or too low. 2. Enhanced system stability: Real-time regulation of excitation current to maintain system balance. 3. Fault monitoring and protection: Real-time monitoring of the operating status of the excitation system to detect abnormal conditions. Provide protection functions such as overcurrent, undervoltage, and overtemperature. 4. Data communication and remote monitoring: Equipped with standard communication interface to realize data exchange with the monitoring system. Allow remote access and monitoring of the excitation system status. |
Product features: 1. High-precision monitoring and control 2. High reliability and stability 3. Real-time response and fast processing 4. Powerful communication and integration capabilities 5. Modular design and easy scalability 6. Intelligence and adaptability |
Application: Widely used in various automation control systems, including but not limited to distributed control systems (DCS), servo control systems, process control systems, and remote monitoring and data acquisition systems. Used to directly monitor equipment status and execute control instructions, to complex signal processing and control systems, responsible for data collection, conversion, analysis and decision-making. |
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