The CEL-920 Frequency Analyzer incorporates new technology that changes the rules of the game as far as frequency analysis is concerned.

The CEL-920 system makes sophisticated analysis and display techniques available to all by simplifying the process and by providing these facilities at a new, low price.

Narrow band frequency analysis is a very powerful and useful tool for environmental assessment, source identification, noise and vibration control, machine fault diagnosis and many other applications. The main barriers to widespread use have been a combination of cost and the sheer “user hostility” of most FFT analyses. This has now changed.

Benefits

• Simplicity – No jargon, no arcane settings just intuitive simplicity. All the power and sophistication you need – with none of the complexity. Analyses“live” or record a time sample [dB(A) vs time plot] and play-back selected sections for subsequent analysis at your leisure.
• Speed – It’s like riding a bicycle, You’ll never forget how to obtain the results you need, making even occasional users much more productive. It takes just 4 minutes; install software, run live demonstration, Analyses the test file.
• Calibration and accuracy – Automated routines take the hassle out of calibration; high quality hardware ensures you get accurate results.
• Application Intelligence – Designed by a team who use the system for real applications – with the facility to plug-in A.I. modules for bespoke use.
• Technical Support – Regular free workshops are available for users with a high level of technical support available from CEL engineers.
• Reduced Costs – In addition to the low purchase price, the high productivity derived from the above features adds enormous value to your investment.
• Flexibility – Convert existing sound level meters, tape recorders or vibration meters into sophisticated analyses.

Typical Applications

The following are typical application areas for the CEL 920 Frequency Analyzer. The list will be extended as new Application Intelligence modules becomes available.

• Environmental Noise
• Environmental Vibration
• Occupational Noise and Vibration Control
• Personal Protective Equipment (PPE) Selection
• Source Identification
• Production Line Testing of Products
• Machine Noise and Vibration
• Commissioning of Plant
• Engineering Development and Laboratory Analysis
• Education