Bently Nevada 88194-01

1. Technical Parameters

Measurement Accuracy: Bently Nevada 88194-01 can measure vibration with a maximum displacement of ± 88 μm, a velocity of ± 55 mm/s and an acceleration of ± 0.6 m/s², which can very accurately detect marginal changes in vibration levels within running equipment. Temperature measurements are usually controlled within +/− 145 °C, so that temperature status monitoring related to the equipment can be correctly defined.

Sampling frequency: Bently Nevada 88194-01 has a high sampling frequency, which can reach [specific sampling frequency value] Hz. It can quickly and accurately capture the dynamic changes of various signals in the full parameter range during the operation of the equipment. It can record both high-frequency instantaneous impacts and slow fluctuations, providing a comprehensive knowledge base for subsequent data analysis.

Sensor compatibility: Bently Nevada 88194-01 is compatible with various sensors such as accelerometers, displacement sensors, temperature sensors, etc. Users can easily select and use them according to different monitoring needs to achieve all-round monitoring and evaluation of multiple parameters of the equipment.

2. Functional features

Real-time monitoring and alarm: Bently Nevada 88194-01 can monitor key equipment parameters such as vibration temperature in real time 24 hours a day. If the parameters exceed the pre-set safety threshold, an audible and visual alarm will be issued immediately, and an alarm notification will be sent to the control center or other designated personnel through various communication interfaces (such as Ethernet, RS485) so that immediate measures can be taken to avoid further deterioration of equipment failures and ensure continuous and safe production operation.

Data Analysis and Diagnosis: Bently 88194-01's advanced built-in data analysis software uses a variety of mathematical methods to analyze the collected data in the time domain, frequency domain, and axis trajectory. These methods help identify individual equipment fault conditions, such as imbalance, misalignment, bearing failure, and temperature anomalies, and can be included in the diagnostic report. The report details the type, location, and potential cause of the fault found, allowing maintenance engineers to perform their duties effectively, allowing them to quickly understand the nature of the problem and take appropriate remedial measures.

Data Storage and Transmission：Bently Nevada 88194-01's greatly improved equipment has large-capacity storage, which can store historical operating data related to the equipment for a long time, and can further query, compare, and analyze this data as needed. Trend research. By viewing historical data, users can gain in-depth understanding of the operating laws of the equipment, discover inevitable problems and hidden dangers, optimize the maintenance strategy of the equipment, and continuously improve the reliability and service life of the equipment in the process. At the same time, it also supports multiple data transmission methods, enabling monitoring data to be integrated with the factory automation management system, facilitating remote monitoring and centralized management, and improving the efficiency and intelligence of production management.

3. Installation and Use 

Product Installation Requirements: Bently Nevada 88194-01To ensure the stable operation of this instrument, it must be installed in a dry, naturally ventilated place away from weak electromagnetic interference. The sensor must be installed in accordance with the operating procedures to ensure that it is in firm contact with the monitored part of the equipment and the measurement data is accurate and reliable. Operation interface: A very simple and easy-to-use interface. Users can easily set parameters, view data, adjust alarm thresholds, operate and control system functions without complex professional training.

Maintenance and Care: Bently Nevada 88194-01Regularly clean and maintain the instrument, pay attention to whether the sensor connection line is loose or damaged, and the heat dissipation of the equipment. The instrument should be calibrated at the prescribed time interval to ensure that its measurement performance is always at the best level, extend its service life, and continue to provide accurate and reliable monitoring services for industrial production.