Bently 125800-01

The Bently Nevada 125800-01 module is a key component of the Keyphasor system manufactured by Bently Nevada. The Keyphasor system is mainly used to measure the vibration and phase information of rotating machinery (such as steam turbines, compressors, etc.) to achieve accurate rotor dynamics analysis. As the I/O interface of the Keyphasor system, the module is responsible for processing and transmitting the signal collected by the sensor.

Main function
Signal acquisition: acquisition of signals from various sensors, such as vibration sensors, speed sensors, etc.

Signal processing: The collected signal is filtered, amplified and other processing.
Data transmission: The processed data is transmitted to the main control unit of the Keyphasor system.
Modular design: can be flexibly configured to meet different application requirements.
Product parameters and specifications (specific parameters may vary by model and configuration)
Number of channels: The number depends on the model and configuration
Input signal: analog signal, digital signal
Output signal: digital signal
Interface: Interface with the main control unit of the Keyphasor system
Power supply: Powered by the Keyphasor system
Installation mode: Installed in the Keyphasor chassis
Application field
Power plant: Monitor the vibration and phase of rotating machinery such as steam turbines and generators.
Petrochemicals: Monitoring the vibration and phase of rotating machinery such as compressors and pumps.
Aerospace: Monitoring the vibration and phase of aircraft engines.
peculiarity
High precision: Advanced signal processing technology is used to ensure the accuracy of measurement data.
High reliability: Designed for industrial environments with high reliability.
Modular design: can be flexibly configured to meet different application requirements.
Easy integration: Can be easily integrated into the Keyphasor system.
Working principle
The 125800-01 module collects the vibration and phase signals through the sensor, and converts the analog signals into digital signals after processing by the internal circuit, and then transmits them to the main control unit of the Keyphasor system through the interface. The main control unit analyzes these data and generates vibration spectra, phase diagrams, etc., so as to evaluate the operating status of the equipment.