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Thursday, February 09, 2012

Your Partner for Building Vibrations

Photo of Dieter  Müller
Dieter Müller
+49 931 49708-512

 

Detailed information

MEDA Building Vibrations

Measurement, Analysis and Assessment of Building Vibrations

MEDA is a complete system to measure, analyse and assess mechanical vibrations, shocks and noise. No matter whether you have to assess construction works or traffic-induced vibrations, vibrating machines or blasts, MEDA helps you to get a grip of what is going on. Has a threshold been exceeded? How good are the vibration attenuation measures?

  •   Measurement and evaluation by means of 4 to 64 channels
  •   Your advantage: the system can be expanded
  •   Your advantage: individual program packages
  •   A system taken from and related to real life

 

MEDA 9.0

We all are looking forward to using the new features of MEDA 9.0. These will alleviate your work and enable you to work more efficiently.

New! Online calculation

MEDA 9.0 allows you to use online calculations during measurement. The results of the online calculation will be directly stored as measurement.

Latest performance features of the online calculation

  • 26 online operations are available, e.g. integration/differentiation, data processor
  • Results of online operations can be either stored in the operation-channel or in a free measuring channel
  • Free measuring channels are used as virtual channels
  • Triggering on time response -  calculated online - is possible

You find further information in our visitors’ area!

Get a grip of what’s going on

MEDA answers these and further questions by means of its extensive measurement, analysis and assessment capabilities.

MEDA provides a wide range of tools for your shock & vibration measurement campaigns. A plethora of parameters can be defined by the user to configure a specific measurement. MEDA is a combination of both software and hardware. Individual components have been submitted to a stringent selection process and are tuned to optimally work with each other.