BENTLY 3500/42-01-CN Vibration monitoring module

BENTLY 3500/42-01-CN Vibration monitoring module

Functional characteristics
Real-time monitoring: It can capture the vibration state of the equipment in real time, accurately detect and report seismic activity and proximity problems, and provide users with detailed vibration data to help accurately understand the operating status of the equipment.
Data processing and analysis: With powerful data storage capabilities, it can store a large amount of vibration data and conduct in-depth analysis of these data to evaluate the operating status and performance of the equipment. With advanced algorithms, subtle changes in vibration patterns can be detected, allowing potential problems to be detected before they escalate into serious failures.
A variety of interfaces: a variety of interfaces are designed to facilitate the connection of different types of sensors and equipment to achieve vibration data acquisition and transmission. It supports communication protocols such as Modbus RTU and Ethernet/IP, and can be seamlessly integrated with existing control systems to facilitate data collection and processing.
User-friendly: With an intuitive user interface and customizable alarm Settings, users can program each channel through the 3500 frame configuration software for radial vibration, axial displacement and other functions. It is easy to operate, easy to maintain, and the compact design of the module is also easy to install on a variety of mechanical equipment.

Technical parameter
Operating temperature range: -40°C to + 70°C, suitable for a variety of harsh industrial environments.
Measurement resolution: 0.01μm rms, can accurately capture small vibration changes.
Operating frequency range: 0.01Hz to 1000Hz, can cover the vibration frequency of most industrial equipment.
Data acquisition rate: up to 100 samples per second, ensuring timely acquisition of vibration data.
Power supply voltage: 9 to 36V DC, with a wide range of voltage adaptation.

Application field
Industrial production: used for real-time detection of hardware equipment and machine vibration displacement changes, to prevent failures, improve production efficiency, widely used in steel, electric power, metallurgy, chemical and other industries of steam turbines, fans, reciprocating compressors and other equipment.
Building structure: Monitor the structural deformation of buildings in natural disasters such as earthquakes and storms and daily use.
Transportation: Measuring vibration signals of vehicles, trains, planes and other transportation vehicles to ensure a safe and smooth transportation process.