Description

BENTLY  1900/55  earthquake monitoring module

Functional characteristics
Seismic monitoring: It is mainly used to monitor the seismic vibration conditions of equipment, capable of accurately measuring and analyzing vibration signals, and providing key data for the operating status of equipment under special circumstances such as earthquakes.
Signal processing capability: It can accept input signals from sensors such as accelerometers, amplify, filter and digitize the signals, and extract effective vibration characteristic parameters, such as vibration amplitude and frequency.
Multiple output methods: Equipped with local display function, it is convenient for on-site operators to directly view the monitoring data. It also provides alarm relay contact output. When the detected vibration parameters exceed the set threshold, it can trigger external alarm devices and promptly notify relevant personnel to take measures. In addition, there may also be analog output or digital communication interfaces to facilitate the transmission of data to other control systems or monitoring centers.

Performance advantage
High-precision measurement: By adopting advanced sensor technology and signal processing algorithms, it can achieve high-precision seismic vibration measurement with high resolution, accurately capturing minute vibration changes.
High reliability: It has excellent anti-interference ability and can operate stably in complex industrial electromagnetic environments, ensuring the accuracy and reliability of measurement results. The equipment is manufactured with high-quality materials and advanced techniques, featuring strong durability and the ability to adapt to various working environments and conditions.
Self-diagnosis function: It is equipped with self-detection and diagnosis functions, which can automatically detect its own working status, promptly identify faults and issue corresponding alarm signals, facilitating maintenance personnel to quickly locate and eliminate faults, reducing maintenance costs and downtime.

Application fields: Widely used in industries such as power, petrochemicals, metallurgy, and pharmaceuticals where seismic vibration monitoring of equipment is required. For example, in power plants, it can be used to monitor the seismic vibration of large rotating equipment such as steam turbines and generators. In the petrochemical industry, it can be applied to the vibration monitoring of equipment such as compressors and pumps, ensuring the safe operation of the equipment under special circumstances such as earthquakes, and providing an important basis for equipment maintenance and fault diagnosis.