Shaking Table Measuring Software


This software can collect measurement data from sensors installed at various measurement points such as acceleration, strain and displacement, and is able to perform data processing.
The software and relevant specifications can be produced according to customers’ requirements.

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Shaking Table Measuring Software


Example of typical 256-channel system structure Bridge boxes (10 points/unit) 24
External clock generator 1
Junction boxes 2
External trigger generator 1
Housing cases 1
Rack 2
Strain amplifier cards 32
Data logger with A/D converter 16
Isolated amplifier cards 32
Connection cables 1
Input terminal block 1
PC 1
Software 1
Operating Environment Operating Temperature 5 to 35°C
Operating Humidity 20 to 80% RH (Non-condensing)
No dust, no vibration and far away from large-capacity motor
Power Supply 100 VAC ±10 V
Setting Method Indoor installation
*The hardware is available according to customer's requirements.
Channel condition setting Setting of sensor's type, physical quantity conversion factors, amplifier type, range, filter, and input channel distribution of AD converter
Measuring condition setting Setting of measurement conditions and monitor display conditions including test number, sampling frequency, sampling data, etc. The monitor displays a waveform, a power spectrum, and a transfer function.
Sine-wave step measurement Measuring each additive vibration frequency, calculating amplitude and phase difference for reference channel, and displaying real-time resonance characteristic chart. Synchronous and manual modes are selectable.
Synchronous mode operates additive vibration control device in communication form to complete automatic measurement and processing.
Manual mode confirms collection conditions and results for each variation and simultaneously implements manual operation.
Waveform measurement Measuring general arbitrary wave. Capable of accommodating real-time monitor and data storage by discs. (Depends on system configuration. Capable of displaying the chart of overloaded monitor, waveform, power spectrum and transfer function during collection.)
Data processing Processing such as physical quantity conversion, data edit, calculation between channels, waveform monitor, frequency analysis and resonance characteristic charting for collected and saved data.

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