blog | newsletter | contact us |login
You are at Software > Rotating Machinery Analysis
Software Minimize

Rotating Machinery Analysis

DSPCon’s rotating machinery analysis software contains a comprehensive set of tools for the analysis of cyclical machinery behavior. It processes CATS and DATX data files to provide a variety of single- and two-channel analyses that are functions of time or RPM. A proprietary tachometer analyzer determines the relationship between time and RPM for up to four tachometers and algorithms are provided to determine, plot and make output files that represent:

  • Amplitude vs Time
  • Waterfall Analysis
  • Time Point Analysis (including Time History, Spectra and Probability)
  • Order Analysis (narrowband analysis with constant or proportional-to-RPM bandwidth)
  • Cross-Channel Analysis (including Cross and Auto Spectra, Transfer Function and Coherence
  • Campbell Diagram
  • Cepstrum Analysis

This user-friendly software application provides a comprehensive set of features specifically designed for rotating machinery requirements, making it an ideal solution for jet engine test applications

Features:
  • Tachometer Analysis
    • Number of tachometers: up to 3
    • Tachometer types: pulse, sinusoid
    • Tachometer ratios: arbitrary
  • Time Series Preconditioning
    • Integration
      • Single (Gs to IPS)
      • Single (IPS to Inches)
      • Double (Gs to Inches)
    • High- and Low-pass Filtering
      • Multiple filter characteristics
  • Spectral Calculation Parameters
    • Block size: arbitrary
    • CATS ASCII
    • Maximum frequency displayed
    • Windows: none, Hanning, hamming, Blackman-Harris, 4-term Blackman Harris, 7-term Blackman-Harris, Blackman, LabVIEW Flat-top, P301
  • Noise (data block) rejection: optional, based on crest factor

 

For additional information on our rotating machinery software, click here

Application Minimize

Click on the links below for additional information on an industry specific software application


 
Privacy Statement | Terms Of Use Copyright (c) 2010 DSPCon