SZX-F16D Vibration Data Acquisition and Analysis System

product overview
The system consists of a data collector and a computer (laptop or desktop), with parallel and synchronized collection of channel data, used for measuring, analyzing, and diagnosing large rotations in the industrial field
Equipment: vibration data of equipment such as steam turbine generator sets, water turbine generator sets, compressor sets, gas turbines, fans, and water pumps under lifting (start stop) and normal operation conditions
Online monitoring of data collection and vibration conditions. This system can provide: bar chart, data list, time-domain waveform, spectrogram, axis trajectory, Bode plot, trend analysis chart, polar coordinate chart
12 types of vibration monitoring and analysis charts, including axis centerline position chart, stacked chart, waterfall chart, multi-point historical trend curve, etc. Has rich online vibration analysis methods. The system's functionality
Capable of being powerful, flexible in configuration, user-friendly, and easy to operate, it can serve as an effective tool for vibration monitoring for vibration operators, professional vibration fault diagnosis, and dynamic balancing, ensuring the safe and stable operation of the unit.

major function
1. Powerful on-site online monitoring and analysis function
This system can provide: bar chart, data list, time-domain waveform, spectrogram, axis trajectory, Bode plot, trend analysis chart, polar coordinate chart, axis
12 types of vibration monitoring and analysis charts, including centerline position chart, stacked chart, waterfall chart, and multi-point historical trend curve.
2. Historical data management function
The historical data management system can provide specialized vibration historical data for managing multiple starts and stops of the unit, providing assistance for vibration control and predictive maintenance
Provide various analysis charts and graphs similar to the online monitoring system to display the vibration situation of multiple starts and stops of the current unit; Classify and manage historical data (waveform
Vibration characteristics, acceleration and deceleration data, alarm data, etc. Provide convenient functions such as querying and printing reports.
3. Connection function with other systems
The connection with data acquisition systems (DAS), distributed control systems (DCS), management information systems (MIS) and other systems can be achieved through network communication or direct communication
Provide vibration parameters for them by receiving analog output.
4. The supporting data management and analysis functions, performance, and technical indicators can be used to replay data and graphics. Can backup and input data, replicate test records on the network, import old databases, etc
Performance and technical indicators

1. Signal input: 16 (or 24) vibration signals can be paired with magneto electric vibration velocity sensors or eddy current sensors
2. Measurement range: Speed range: 100-12000 revolutions per minute
Amplitude range: Displacement: 0-1000 μ m (peak to peak)
Speed: 0-71.0mm/s (effective value)
Phase: 0-360 °
3. Frequency response: 10Hz~1kHz
4. Measurement accuracy: A/D sampling resolution: 12 bits
Sampling frequency: All channels are sampled simultaneously,
Maximum sampling frequency: 27kHz
FFT frequency analysis: 1024 points
Speed: 100-12000 revolutions per minute, error<± 1 revolutions per minute
5. Display: Computer screen, screen refresh:< 2s
6. Interface: RS232/USB
7. Working power supply: 220V， AC
8. Dimensions of the collector: 450 × 130 × 320mm