HOME - OROS Inc - Noise and Vibration Solutions > Your application > Acoustics
Industrial Acoustics

Can you really afford to take your measurements with a middle class instrument?



Your acoustic applications are based on Overall and CPB 1/n octave spectra acquisition as well as more specialized test procedures such as Sound Power, Sound Intensity or Sound Quality Meter measurements. Making good measurements is always based on International Standards and their metrological requirements: IEC 651, IEC 804, IEC61672, IEC 1260, and more. No doubt: this can only be guaranteed by using a high-end instrument.
Because Sound Intensity is a field investigation technique, the testing solution must fulfill high requirements: precision, portability and flexibility. For the best efficiency, the interface is dedicated to Sound Power determination whether it is based on a point by point (ISO 9614-1) or on a scanning (ISO 9614-2) procedure.
Why keep measuring your entire set of microphone positions one after another during ISO374x Sound Power procedures? Think about all the advantages of measuring them all simultaneously during a one shot run:

  • No change in the measurement conditions,
  • No fuss while moving around a single channel instrument, resulting in a dramatic gain in your testing time.

Through a dedicated and simple interface the full power and precision of the Sound Power solution is used to give you a type 1 precision result in the minimum amount of time.

Completing a product acoustic characterization by the calculation of some Sound Quality Metrics must be simple. OROS Sound Quality Meter offers a straight forward calculation of the most common metrics such as Loudness, Roughness, Tone to Noise and more.

Application Note

DLR – Transmission Acoustics Department

 

The focus of the Transmission Acoustics Department is on non steady-state processes in fluid dynamics. Current areas of work are transmission acoustics and measures to reduce noise, reduction of turbulence-related friction phenomena and research into the influence of non steadystate processes in combustion chambers. The department uses a wide range of different measurement technologies and processes to assess acoustic measurements on a quantitative and qualitative level.
Read more...
requires first registration on myOROS


OROS North America: Mexico, USA, Canada
Headquarters in Dulles, Virginia, USA