Description

BENTLY  330108-91-05  high-precision vibration sensor module

Overview: Produced by Bently Nevada, it is specifically designed for mechanical health monitoring in industrial environments. It can reliably monitor mechanical vibration and provide accurate data for equipment maintenance to ensure the optimal operating condition of the equipment.
Working principle: Based on high-precision sensor technology and advanced signal processing technology, mechanical vibration can be converted into electrical signals for measurement and analysis, and can accurately measure parameters such as frequency, amplitude and phase of mechanical vibration.

Technical parameters
Working voltage: 220V.
Frequency range: 10Hz to 10kHz, capable of monitoring various vibration frequencies of different types of machinery.
Sensitivity: 50mV/mm/s or 100mV/g, capable of generating a high response to minute vibrations, ensuring accurate data collection.
Signal output: 4-20mA standard current signal, facilitating connection with other industrial control systems and data transmission.
Communication protocol: The RS-485 protocol is adopted, which can realize communication with the host computer or other devices.
Operating temperature range: -20℃ to + 120℃, capable of adapting to various industrial environmental temperature conditions.
Installation method: It offers a threaded installation method, facilitating stable installation on various devices.

Application field
Industrial machinery: Widely applied in vibration monitoring of various industrial machinery, such as large motors, pumps, fans, etc., it can promptly detect potential faults, reduce downtime and maintenance costs.
Power generation equipment: Conduct vibration monitoring on key equipment such as steam turbines and generators in power plants to ensure the stable operation of power generation equipment.
Petrochemical facilities: Applicable to the monitoring of rotating equipment in petrochemical refineries, such as compressors and centrifuges, to ensure that the equipment operates in a safe and efficient state.