BENTLY 3500/42M 176449-02 proximitor seimic i/o module

Description

The BENTLY 3500/42M 176449-02 module is a high-performance and high-precision monitoring device designed specifically for the measurement and control of multi-channel analog signals. The following is a detailed introduction to this module:

1、 Basic Overview
Brand and model: BENTLY, 3500/42M 176449-02
Application field: This module is widely used in shaft vibration monitoring of large gas and steam turbines, as well as in fields such as automated testing, data acquisition, and sensor measurement.
2、 Technical features and functions
High channel density:
This module has 4 independent analog input channels, each equipped with an independent amplifier and sampling circuit, which can simultaneously measure and control multiple signal sources, improving the efficiency of testing and measurement.
High precision measurement:
Provides up to 24 bit resolution and low noise levels, enabling accurate analog signal measurement.
Has excellent linearity and low drift performance, ensuring accurate measurement results over a wide dynamic range.

Flexible input range:
Support multiple adjustable input ranges to adapt to the amplitude requirements of different signal sources, enhancing measurement flexibility and accuracy.
Built in calibration function:
The module has a built-in automatic calibration function, which can calibrate each channel during the measurement process, improving the accuracy and reliability of the measurement.
Support standard calibration procedures (such as NI’s standard calibration procedures) to further ensure the consistency and accuracy of measurement results.
Differential signal processing:
This module can also perform differential signal processing, extract casing vibration signals from relative shaft vibration, and provide key information for absolute shaft measurement of certain large gas and steam turbines.
Relay output:
This module has a relay output function that can be configured to activate alarms, trip off sequences, or trigger other necessary actions in response to measured vibration levels or temperature deviations.
High speed data transmission:
Using PXIE bus interface to achieve high-speed data transmission, ensuring that the collected data can be quickly transmitted to the computer for processing and analysis.
Compatibility and Integration:
Compatible with the BENTLY 3500 monitoring system, allowing seamless integration into existing monitoring settings.
Compatible with other PXIE devices and systems, can be used in combination with other module cards to build complex testing and measurement systems.
Software support:
Tightly integrated with NI’s LabVIEW and other software tools, providing rich functionality and easy-to-use programming interfaces. Users can use these tools for data collection, real-time monitoring, automated testing, and remote control operations.
3、 Applications and advantages
Application scenario:
Mainly used for monitoring and protecting various machinery and equipment, such as shaft vibration monitoring of large gas and steam turbines.
Real time measurement and analysis of vibration levels (including acceleration, velocity, and displacement), as well as remote monitoring of temperature conditions.
Advantages:
High performance and precision: Ensure accurate measurement results can be provided under various working conditions.
Flexibility: Multiple adjustable input ranges and built-in calibration functions to meet the needs of different signal sources.
Efficiency: High channel density and high-speed data transmission capability, improving the efficiency of testing and measurement.
In summary, the BENTLY 3500/42M 176449-02 module plays an important role in industrial automation and mechanical equipment monitoring due to its excellent performance and wide range of applications.