Heating, Ventilation & Air Conditioning (HVAC) sound level measurements Building sound level measurements Environmental sound level measurements Vibration level measurements Work sound level measurements

Measurements

ALPHA ACOUSTIKI is using advanced measurement instruments to provide a wide range of noise – vibration and room acoustics measurements. Architectural and building Acoustic measurements include, amongst others, the following fields:

  • Reverberation Time: The reverberation time is the most important parameter for room acoustics. Reverberation time should be matching the use of the room.
  • Room acoustics / Sound Distribution: A simple measurement of the reverberation time is not sufficient to determine if the acoustic conditions are adequate for the intended use of the room. Parameters that can be measured are impulse response, energy time curves, waterfall plots, frequencies, decay times of modal and others.
  • Sound Insulation: In building acoustics an important parameter that needs to be taken into account is sound insulation, especially for sensitive areas like dwellings, hospitals, hotels etc.
Heating, Ventilation & Air Conditioning (HVAC) sound level measurements
Heating, Ventilation & Air Conditioning (HVAC) sound level measurements

ALPHA ACOUSTIKI has great experience in HVAC measurements and engineering solutions read more →

Building sound level measurements
Building sound level measurements

Measuring building noise to meet legal or other requirements, or to provide a specified degree of acoustic comfort, in all types of buildings read more →

Environmental sound level measurements
Environmental sound level measurements

On site noise measurement systems are employed and critical acoustic factors are measured read more →

Vibration level measurements
Vibration level measurements

Performed with state of the art 3-axial accelerometers in buildings and mechanical or HVAC machinery read more →

Work sound level measurements
Work sound level measurements

Measuring the noise level and controlling the impact of noise in work environments read more →