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STAG

Sine Tracking Analysis and Generation (STAG) generates Sine on Random tests reflective of environments with dominant rotational tones that are rendered as sine tones on a shaker table. STAG is a real-world evaluation for products that may experience these dominant sinusoidal components, such as engine components.

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Tests Representative of the Real World

A standard random test cannot accurately replicate real-world environments with dominant rotational components. While it is important to characterize these environments through testing, both the rotational and the random components of the real-world environment must be properly generated and analyzed.

The more accurate option is a combination of sine and random testing. A Sine on Random test can replicate dominant tones and orders as well as produce more consistent results.

How it works

The STAG test development procedure allows the user to analyze the order content of a waveform. Using that information the orders can be extracted and sine tone profiles that are easily accelerated can be generated. These accelerated sine tone profiles are then combined with the Fatigue Damage Spectrum analysis of the remaining random content. The STAG tool combined with FDS allows for the analysis, acceleration, and generation of a real-life test.

 

Analyze Order Content

  1. Automatically detect or manually choose top 10 orders
  2. Analyze the frequency ranges where sine tones are dominant
  3. Modify the sine tone profile
  4. Minimize the low amplitude content or concentrate on a particular peak

Narrow Band Center Frequency

 

Why STAG

Activate the Order Analysis license and access the tools to effectively analyze field data with dominant rotational or sinusoidal components. Quantify noise and vibration in rotating machinery with order analysis, the recently developed Sine Tracking Analysis and Generation (STAG), and more. Develop tests and analyze data with software tailored for rotational equipment. 

  • Short processing time
  • Automated profile development
  • Simplified process to reduce error
  • Create detailed sine profile test segments based on order-tracked data

 

30 Seconds of Processing Time

Save time and reduce transposition errors by quickly importing the analyzed data from STAG to VibrationVIEW. Orders are extracted from the recording before the background time waveform is processed with FDS. This ensures that FDS accelerates random data, and not sinusoidal data.

 

Optional Export to VibrationVIEW

The new data file with the order content removed can be analyzed and accelerated using the fatigue damage spectrum (FDS) tool in VibrationVIEW which provides a test profile that exactly matches the shape of the recorded data.

  • Parameters used to accelerate the Sine Tone Profiles in ObserVIEW are automatically copied over to the VibrationVIEW FDS Analysis parameters
  • Create a random breakpoint table and accelerate based on the parameters defined
  • Add in Kurtosion to create a random test with similar peak accelerations and peak distribution to the real world environment

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