Sound and Vibration Analysis

Hearing loss due to prolonged exposure to excessive noise is today recognized as an occupational hazard for employees who work in noisy environments. As per international and local regulations, companies have to take steps to protect employees’ hearing. Exposure to vibration is generally related to noise exposure, plus the physics of noise and vibration is nearly identical. Sound and vibration analysis is a very complex field and involves several domains.

At Technomax we have the most advanced instruments to monitor sound and vibrations at your facilities. We can perform noise level cartography, assessment and control of safety, health, and welfare hazards. Our engineers also identify, build and promote practical and rational control systems for noise, body and arm exposure to vibration

Benefits of Sound and Vibration Analysis

The sound and vibration analysis conducted by Technomax helps companies maintain compliance with regulatory requirements.
Noise and vibration analysis services help you prioritize the safety, health and well-being of the buildings in your immediate surroundings, and the people who occupy them.
You can display due diligence and safeguard your project from legal problems and avoid litigation.
Our noise and vibration analysis can help identify the areas of excessive noise, and abnormal vibrations.
You will get to know the underlying causes of the excessive sound and abnormal vibrations, and take steps to rectify them.
This will save you expensive repairs, hefty workers’ compensation payouts, and more.

How is Vibration Analysis Done at Technomax?

The Technomax professionals use state-of-the-art technology and equipment to measure the noise and vibrations.
They first establish a reference curve that has tailored tolerance bands for comparison by capturing the equipment’s frequency spectrum under test conditions. Every machine will produce some vibration or sound, which is normal.
The measurements are displayed absolutely, or in relation to the traces stored earlier. When the recorded noise and vibration are compared with the reference curve, the device displays a pass or fail result. The frequencies that are failed results are individually shown in every frequency band.
On completion of testing and obtaining the results, the engineers will submit a report with recommendations to reduce the noise and vibrations.