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m+p Analyzer is a fully integrated solution for dynamic signal measurement, analysis and advanced reporting of all noise and vibration, acoustics and general dynamic signal applications. Comprehensive time and frequency analysis is available with both online and offline data processing. Complete with advanced application wizards the m+p dynamic signal analyzer makes light work of gathering data, displaying results, performing specialized analysis and generating customer ready reports – all within one user interface. m+p Analyzer is designed for noise and vibration applications in the field and in the lab.
Dynamic Signal Analyzers from m+p international:
Key Features to Your Testing Success
Comprehensive Application Coverage to Satisfy all Your NVH Needs
A large number of noise and vibration measurement and analysis software options cover the widest range of applications in today’s dynamic signal analysis (DSA):
The m+p Analyzer dynamic signal analyzer is the perfect choice for accurate and efficient noise and vibration measurements, data analysis and reporting of your results in a single package. It supports flexible import of third-party files for analysis and integration of all related data for common reporting. The m+p eReporter is the powerful reporting tool within the m+p Analyzer.
For use across your site m+p Analyzer allows concurrent access by analysts anywhere on your network. This provides flexible and cost-effective application deployment in large departments or where data is shared across different departments so the most effective and efficient use of the data can be employed.
m+p Analyzer supports a wide range of measurement frontends (m+p VibPilot, m+p VibRunner and m+p VibMobile systems, National Instruments, VTI Instruments) enabling applications from 4 to hundreds of input channels. Low cost portable instruments to systems for distributed measurements can be configured for maximum flexibility. Hardware and software modularity allows you to tailor the m+p Analyzer to your specific needs, meaning maximum performance for minimum investment and a common user interface across all applications.