Viewing the waveform of the recorded signal;
Spectrum graphs: calculation of spectrum density, RMS or amplitude spectrum;
Statistical analysis: calculating RMS, median, minimum and maximum values in the preset fragment of time; calculating the absolute acceleration value on 3 axes; calculating standard deviation;
Signal integration and double-integration, calculating the absolute value and sigma-clipping;
Arithmetic operations: adding, dividing or multiplying a signal by a signal or a constant, subtracting a signal from a signal or a constant;
Filtration with FIR or IIR filters. You can specify the filter type: high-pass, low-pass, band-pass, band-stop, and the frequency parameters (cut-off frequencies and attenuation ratio);
Shock response spectrum;
VisAnalyser software integrates into any Windows system, starting from Windows 7 and later. To start work, you are to install the program using the installation wizard and run the software.
If you want to use an analysis function, which is not implemented in VisAnalyser software, there are two possible solutions:
VisAnalyser enables the user to view files of virtually any length. The whole file or any file fragment can be shown on the graphs.
Choose the file fragment in the special preview area, located at the bottom of the graph window, then move the highlighted zone to quickly display a file fragment at any scale.
To see the numbers, which correspond to the graphical data, you can use special cursors – lines, parallel to Y axis. The coordinate of the intersection with X axis and the value of the signal at the intersection point are shown on each of the cursors. It is also possible to highlight the extreme points on the graphs of any signals.
Using part-octave analysis, you can calculate the octave spectrum with the preset octave part from 1/1 to 1/24 based on FFT calculation or IIR-filters. The results of part-octave analysis can be used for vibration diagnostics of machines and mechanisms, calculating the characteristics of acoustic signal, noise level and vibration level.
Using statistical analysis, you can obtain various integrated characteristics of the signal, in particular:
Besides, with statistical analysis the user can perform integration and double-integration of the signal – i.e. analyze the displacement of the object using the recording of acceleration.
In VisAnalyser you can cut the relevant fragment from the data file and then save it as another file for subsequent analysis
A fully functional balancing wizard, which supports one-plane balancing and accepts files of recorded data and values as raw data, makes VisAnalyzer a perfect tool of vibration diagnostics.
VisAnalyser has an embedded balancing calculator for vibration diagnostics, which helps to calculate the value and position of the corrective weight.
The calculator supports both setting and removing the corrective weight.
Online analysis is the analysis of the data acquired from the analog channels of the acquisition systems in real time. It is possible to analyze data from up to 512 channels from different sources.
Waterfall analysis shows the dependency of the signal from frequency and time simultaneously. This type of analysis is used to study the spectrum structure of the signal in time.
The analysis results in the online mode can serve as an input signal for other types of analysis, for example, RMS or spectrum calculation.
VisAnalyser v0.7 (x86)
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