Data Physics Vibration Controllers
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SKU: Data Physics
Three Vibration Controllers. Infinite Testing Possibilities.
The industry standard just got better. SignalStar shaker controllers combine the power of a distributed DSP architecture and the acclaimed Data Physics control algorithms delivering uncompromised control performance with greater than 120 dB of dynamic range, control frequency ranges of up to 20 kHz and up to 1000 channels.
~ View Detailed Vibration Controller Info ~ Go to Data Physics web site:
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Product Details
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QUATTRO’s Powerful DSP architecture provides a powerful, portable, test platform for all types of dynamic signal analysis:
-Up to 4 inputs and 2 optional outputs.
-24 bit Sigma-Delta A/D converter for each channel
-40kHz standard and 94kHz (optional) real time rate.
-Able to record data on all channels at a rate of 100 KSamples / second or optionally 204.8 KSamples / second.
-Greater than 120 dB dynamic range with precise channel to channel phase match.
Great for field and lab use. Also works with ME'Scope software that has been specifically designed to make it easy for you to observe and analyze a variety of vibration, acoustic, and strength of materials problems in machines and structures.
Advanced, easy to use Windows software applications include: - Acoustics Real-time & fractional octave
Sound power
Sound quality (loudness)
Sound intensity - Data recording (no gap)
- Environmental
Alarm & abort channels
Drop shock test
Notch prediction
Sine data reduction
SRS analysis - General FFT Analysis
Auto Power Spectrum (APS)
Correlation Histogram
Real-time zoom / high resolution
Synchronous average
Transfer function (FRF)
Linear spectra
Magnitude spectra
Probability density
Probability distribution
Power spectral density
RPM spectra Time domain acquisition
Transducer calibration
Transient capture
Waterfall & spectrogram
- Machinery diagnostics
RPM based measurements
Waterfall / spectrogram analysis
Order tracking
Synchronous average
Demodulation Balancing
- Production testing
QC / event capture
Pass / fail testing
- Rotor dynamics analysis
Order tracking
RPM based measurements
Orbit + filtered orbit Average shaft center line
Rotor spectrum w/ tracking filters
Full spectrum measurements
Raw time histories
Linear & auto power spectrum
Waterfall spectrum & time signals
- Structural analysis
Impact test Modal analysis
Multiple-input / multiple-output
Stepped sine.
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