Vibration analysis made simple

Making sense of your vibration measurements

To help you analyze and interpret your vibration measurements, we have developed VibInspect. VibInspect is a free software that allows you to perform a range of different analyses of your vibration data, or to convert the measurement data you have acquired with the ReLog to a file format you can use in your own system.

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Included features

  • Visualize the vibration data you have recorded with the ReLog to better understand your machines and other assets
  • Calculate frequency content of the recorded vibrations
  • Merge measurements and trim unwanted portions
  • Export to other file formats
  • Set measurement settings of the ReLog prior to recording vibrations

Included analysis possibilities:

  • PSD  
  • FFT 
  • Spectogram  
  • Histogram 
  • Orbit plot
  • Octave spectrum
  • Cursors for highlighting important features in spectrums, including fault frequency indication for:
    • Bearings
    • Gearboxes
    • Belts & pulleys
    • Electric motors
    • Pumps/fans

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Machine Health diagnostics

With the help of VibInspect, you can with ease analyse the condition of your machines and assets. By using VibInspect, you can utilise cursors to highlight fault frequencies in the following type of machines and components:

  • Bearings
  • Gearboxes
  • Belts & pulleys
  • Electric motors
  • Pumps/fans

Octave spectrum for acoustic analysis

With VibInspect, you can even analyse your measurements using the octave spectrum filters, where you can choose between 1/1 and 1/3 octave spectrums

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Orbit plot analysis

Use orbit plots to monitoring the operating behavior of vibrating screens or other rotating machinery. Using an orbit plot analysis from a healthy machine gives you a reference when performing future measurements. The orbit plot analysis can help to detect:

  • Unbalance
  • Broken springs
  • Uneven feeding across the screen media
  • Etc.

Configure ReLog sample rate

Through a simple interface, you can easily change the sample rate of your ReLog(s) before using them in the field. Set your sample rate to any level between 0 – 32,000 Hz, change between the primary and secondary accelerometer, and enable temperature measurements. 

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FFT/PSD analysis

FFT & PSD analysis are two of the most useful methods when analysing your vibration data. Understanding how the vibrations are distributed across the frequency spectrums is vital when it comes to identifying potential fault frequencies in a machine.

System requirements

  • Windows 10 or later versions
  • Memory: 8 GB (minimum), 16 GB (recommended)
  • Processor: 64 bit required

Note: It is possible to run the software with 4 GB of memory but please be aware that large files can take some time to load

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Frequently asked questions

Get to know ANURA better

We’ve gathered some of the most common questions and answers here. Learn more in our Learning Center.

What is ReVibe ANURA?

ReVibe ANURA is a wireless vibration monitoring solution for vibrating screens, feeders, and similar equipment. It uses self-powered or rechargeable sensors to deliver real-time data for diagnostics, monitoring, and maintenance decisions.

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What kind of data does ANURA provide?

ANURA provides real-time vibration data from 3-axis MEMS sensors, with high sample rates and time synchronization across multiple sensors. Depending on the setup, the data can be visualized in apps, software, control systems, or third-party monitoring platforms.

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Can ANURA be used on vibrating screens?

Yes. Vibrating screens are the primary use case for ANURA, both for permanent monitoring and field-based diagnostics. The solution is specifically designed to handle the dynamics of vibratory equipment and can also be used on feeders and similar assets.

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Can ANURA help improve process performance?

Yes. ANURA is not only designed for reliability and maintenance, but also for improving overall process performance. By providing detailed vibration data, it enables better visibility into material flow, screen efficiency, and how equipment operates under different conditions – helping you make more informed, data-driven decisions.

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Can ANURA help reduce unplanned downtime?

Yes. ANURA helps detect potential issues at an early stage, making it easier to plan maintenance and reduce the risk of unexpected failures. By improving visibility into equipment condition, it supports a more proactive approach to maintenance – helping minimize downtime and avoid costly disruptions.

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Can ANURA integrate with cloud platforms?

Yes. ANURA Remote uses an open data format and is described as easy to integrate with digital platforms, with ready-to-use integrations for ROSTA Digital and Simpro Sentinel.

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