Bently 3500-64 modules

Bently 3500-64 modules

Functional characteristics
Multi-parameter monitoring: It can simultaneously monitor important parameters such as radial vibration and axial displacement of the shaft. For radial vibration, the vibration amplitude and frequency components of the shaft can be accurately measured during operation to help judge whether there is unbalance, misalignment, bearing failure and other problems; For axial displacement, the axial position change of the shaft can be monitored in real time to prevent equipment damage caused by excessive axial movement.
Dual-channel design: It usually has dual channels, which can connect two different sensors to realize parameter monitoring of different positions or different directions of the same axis, or to monitor the parameters of two independent axes, providing more comprehensive equipment operating status information.
Signal processing and analysis: Advanced signal processing algorithm is built in to filter, amplify and digitize the input signal of the sensor to improve the quality and accuracy of the signal. At the same time, you can perform spectrum analysis and trend analysis to help users deeply understand the operating status of the device and discover potential faults in time.
Alarm and protection function: allows users to set alarm thresholds according to the operating requirements and safety standards of the equipment. When the monitoring parameter exceeds the set threshold, the module will send an alarm signal in time to remind the operator to take corresponding measures. In addition, it can also be linked with other protection devices to achieve automatic protection of the equipment, such as shutdown, cut off the power supply, etc., to avoid equipment damage and accidents.

Technical parameter
Measurement range: The radial vibration measurement range is generally up to ±2540μm or wider, and the axial displacement measurement range varies according to the specific configuration, which can usually meet the monitoring needs of most rotating machinery.
Measurement accuracy: With high measurement accuracy, radial vibration measurement accuracy can reach ±1% full scale, axial displacement measurement accuracy can reach ±0.1% full scale, to ensure the reliability of measurement data.
Frequency response: The frequency response range is wide, which can cover the common vibration frequency range during the operation of rotating machinery, generally 0.5-10000Hz, and can accurately capture the vibration signal of various frequency components.
Output signals: Provide a variety of output signals, including analog output (such as 4-20mA) and digital output (such as via Ethernet interface), to facilitate connection and data sharing with other control systems or monitoring equipment.

Application scenario
Power industry: widely used in the monitoring of steam turbines, generators and other equipment, through real-time monitoring of shaft vibration and shaft displacement and other parameters, to ensure the safe and stable operation of equipment, improve power generation efficiency, reduce downtime caused by equipment failure.
Petrochemical industry: It plays an important role in rotating machinery such as compressors and pumps, helping to monitor the operating status of equipment, prevent production accidents and environmental pollution caused by mechanical failures, and ensure the continuity and safety of the production process.
Metallurgical industry: It can be used for the monitoring of blast furnace blowers, rolling mills and other equipment, and timely find abnormal conditions during the operation of the equipment, providing a basis for the maintenance and overhaul of the equipment, extending the service life of the equipment and reducing production costs.