BENTLY 3500/50-01-00-02 Speed measurement module

BENTLY 3500/50-01-00-02 Speed measurement module

Technical parameter
Input channels: Usually 4 input channels, each channel can accurately process a variety of sensor signals, with maximum common mode rejection capability, input impedance is optimized to achieve low sensor load and accurate signal acquisition.
Sampling rate: up to 100ks/s per channel to identify rapid, detailed changes in the monitored signal while capturing dynamic mechanical or process behavior.
Measurement accuracy: With an accuracy of ±0.25% reading + 0.1% full scale, this positioning accuracy is essential to detect subtle changes in the observed parameters and to identify potential problems at an early stage.
Frequency response: With a frequency response range of 0.25-25kHz, the wide band ensures the correct analysis of low frequency drift and high frequency oscillation, covering a wide range of industrial vibration and dynamic phenomena.

Functional characteristics
Signal processing: Built-in signal conditioning function, the input signal can be amplified, filtered, and converted to digital format for further processing.
Monitoring and diagnosis: With strong self-test and diagnosis capabilities, continuous monitoring of the module’s own input channel, power supply and internal circuits to ensure normal operation. Generate alarms and provide detailed diagnostic information in case of failure or abnormal conditions.
Dynamic range and gain adjustment: The input channel can be adjusted to obtain different dynamic ranges and gains, so that the system can operate in a wide range of input signal amplituaries, ensuring accurate measurement under various operating conditions, and strong configurability to meet a variety of different sensors and measurement needs.
Data logging and communication: Large volumes of measurement data can be stored and historical data can be accessed and analyzed to detect trends, predict failures and optimize maintenance schedules. In terms of communication, it is compatible with a variety of protocols, such as Ethernet or serial interfaces, to facilitate easy interaction in industrial control and monitoring systems, support remote access and control, and facilitate the centralized management of multiple monitoring points.

Application field
Power generation control: Used to monitor important parameters such as the vibration of turbines, generators and motors in power plants. The accurate measurement of these parameters helps to monitor problems such as unbalance, misalignment and bearing wear in the system, helps to detect and prevent costly failures, and ensures the reliable operation of power generation equipment.
The petrochemical industry: Used in the condition monitoring of rotating machinery such as pumps and compressors in refineries and petrochemical plants to help predict failures, minimize chemical plant operational risks and optimize maintenance activities by accurately measuring vibration and related parameters, which is critical in industries where mechanical failures can have a significant impact on economic and personal safety.
Manufacturing: For the performance monitoring of machine tools, industrial robots and equipment on manufacturing lines, by studying vibration and other data, manufacturers can improve product quality, increase productivity and minimize maintenance downtime. For example, in a CNC machining center, it can identify tool wear or abnormal machine operation so that corrective action can be taken in time.
Aerospace & Defense: Used in aerospace applications to monitor the health of aircraft engines and critical components during ground tests and flight operations. Bentley 3500/50 Accurate and reliable measurements are essential for the safe operation of aerospace components and to ensure reliable performance in high-risk industries. Defense applications prefer research and development in this area to monitor the health of military vehicles and equipment, improve their combat readiness and reduce the number of field failures.