Bently Nevada 125565-01

1.Technical parameter

Measurement accuracy

In terms of vibration measurement, Bently Nevada 125565-01 has a displacement measurement accuracy of ±[X]μm, a velocity accuracy of ±[Y] mm/s, and an acceleration accuracy of ±[Z] m/s². These accuracies enable it to accurately capture extremely small vibration changes during the operation of the equipment. In terms of temperature measurement, the accuracy can be controlled within ±[T]°C, thereby ensuring accurate monitoring of the thermal status of the equipment.

High sampling frequency capability

Bently Nevada 125565-01 has a sampling frequency of [specific sampling frequency value] Hz, which can quickly and accurately collect various signals during the operation of the equipment. Whether it is a short-term impact signal or a slowly changing trend signal, it can be fully recorded to ensure the integrity and validity of the data and provide sufficient data resources for later data analysis.

Sensor compatibility

Bently Nevada 125565-01 can involve different types of sensors, such as accelerometers, displacement sensors, temperature sensors, etc. Therefore, users can flexibly match and use sensors according to different equipment monitoring needs to achieve comprehensive monitoring of various parameters, so as to fully understand the operating status of the equipment.

2.Functional features 

Wireless real-time monitoring alarm

Bently Nevada 125565-01 can monitor and alarm key parameters such as vibration and temperature of the equipment 24 hours a day. Any data exceeding the preset safety threshold will almost immediately generate an audible and visual alarm. At the same time, the alarm information will be transmitted back to the monitoring center or the corresponding maintenance personnel through various communication interfaces such as Ethernet and RS485, so that they can take quick measures to avoid aggravation of equipment failures and ensure the continuity and safety of production.

Data analysis and diagnosis

Bently Nevada 125565-01 has built-in advanced data analysis software modules and rich data analysis programs. It can analyze the collected information in time domain, frequency domain, shaft trajectory, etc., fully diagnose common fault types such as imbalance, misalignment, bearing damage, temperature abnormality, and generate detailed diagnostic reports. The report contains information such as fault location, type, possible cause, etc., which provides strong technical support for maintenance personnel to quickly locate the root cause of the fault and formulate maintenance plans.The data storage capacity is large, and historical operation data can be recorded for a long time, which is convenient for users to query, compare and analyze data at any time, so that users can fully understand the operation status from historical data, discover potential problems and risks, and thus optimize equipment maintenance strategies and improve equipment reliability and service life. At the same time, it supports multiple statistical data transmission methods, and can integrate monitoring data into the factory automation management system to achieve remote monitoring and centralized management, greatly improving the efficiency and intelligence level of production management.

Installation environment

Bently Nevada 125565-01 units should be installed in a dry and ventilated environment, away from strong electromagnetic interference sources, to ensure stable operation of the equipment. The installation of the sensor must be carried out strictly in accordance with the operating procedures, so that the sensor and the monitoring part of the unit are closely matched to ensure accurate and reliable measurement.

Operation interface

The simple and friendly operation interface allows users to easily set parameters, view data, adjust alarm thresholds, operate and control system functions without complex professional training.

Maintenance and care

Bently Nevada 125565-01 Clean and inspect the unit regularly, check whether the sensor connection line is loose or damaged, and whether the unit heat dissipation is good; calibrate the machine regularly to ensure that the unit measurement accuracy remains in the best state and extend the service life of the unit. Provide smooth and accurate monitoring services for industrial production.