Bently Nevada 107540-01A

Details

Measurement Accuracy: Bently Nevada 107540-01A has displacement accuracy of ±[X]μm, velocity accuracy of ±[Y]mm/s, and acceleration accuracy of ±[Z]m/s² in the vibration measurement direction. It can obtain tiny vibration changes that occur during equipment operation with extremely high resolution, providing strong data support for accurately evaluating the health status of the equipment.

Temperature Measurement: Bently 107540-01A can maintain an accuracy of ±[T]°C and correctly reflect the thermal state changes of the equipment. 

Sampling frequency: The sampling frequency is a very high sampling frequency, which can reach [a certain sampling frequency value] Hz. It can capture various signal changes in the operation of the equipment very quickly and accurately. Whether it is a very high-frequency instantaneous impact or a low-frequency slow fluctuation, it can be fully recorded to ensure the integrity and effectiveness of the data, laying a solid foundation for subsequent in-depth data analysis.

Channel configuration: Bently Nevada 107540-01A has multiple independent measurement channels, which can observe one or more of the most critical components of the machine in real time. Different parameter types, such as shaft vibration and displacement and corresponding temperature parameters, can be used to conduct a comprehensive and multi-faceted evaluation of equipment performance.

2. Function

Bently 107540-01A real-time monitoring and alarm: It can monitor equipment parameters in real time 24 hours a day. Once the data deviates from the set safety threshold, the system will issue an audible and visual alarm through multiple communication methods such as Ethernet and RS485 to notify the designated monitoring center and relevant personnel, and take immediate remedial measures to avoid continuous equipment failure upgrades and ensure production safety. Data analysis and diagnosis research: Built-in advanced data analysis algorithms analyze the collected data in multiple dimensions such as time domain-frequency domain and axis trajectory analysis. Through deep data mining and deconvolution analysis, various common fault types can be accurately and intuitively judged, including mechanical imbalance, misalignment, bearing failure, etc., and in-depth diagnostic reports are provided, which are very helpful for maintenance personnel to find mature fault solutions and formulate perfect maintenance measures.

Data storage and management: Bently Nevada 107540-01A has a large-capacity data storage function, which can save the historical operation data of the equipment for a long time, so that users can query the data at any time and conduct comparative analysis to understand the trend. By summarizing the historical data, we can deeply understand the operation rules of the equipment, discover potential fault hazards, formulate equipment maintenance optimization strategies, and improve the reliability and service life of the equipment. At the same time, it supports multiple data transmission methods to facilitate the factory automation management system to collect monitoring data and realize remote viewing and centralized management.

3. Installation and use

Installation environment requirements:Bently Nevada 107540-01A should be installed in a dry and ventilated environment, away from strong electromagnetic interference sources, to ensure stable operation of the equipment. Strictly follow the sensor installation procedure to ensure that the sensor fits tightly with the monitoring part of the equipment and the measurement data is accurate and reliable.

Operation interface: The simple and intuitive control interface allows users to easily set parameters, view data, adjust alarm thresholds, and operate system functions without professional programming knowledge.

4. Maintenance

Bently Nevada 107540-01A needs to be maintained and inspected monthly and annually, with a focus on checking whether the sensor connection line is loose or damaged and whether the equipment is well ventilated. The equipment should be calibrated at the specified time to maintain the measurement accuracy at the best level and the service life of the machine, ensuring that the equipment can still provide accurate monitoring services for industrial production.