It analyzes the vibration spectrum on all three axes (X, Y, and Z), displaying the RMS values at the source and destination along with the isolation percentage.
Ideal for identifying critical excitation frequencies and evaluating the effectiveness of anti-vibration mounts under static or dynamic conditions.
Its configuration and data storage tools make it easy to compare measurements and monitor vibration behavior over time.
It records and evaluates vibration levels as a function of rotational speed (RPM) during acceleration and deceleration phases.
It visualizes the temporal and spectral evolution of vibrations, helping to detect resonance zones and compare dynamic performance between configurations.
Among its tools are FFT spectra, 3D maps, and PSD analysis, enabling a comprehensive assessment of vibration behavior across the operating range.
Performs vibration and dynamic displacement recording and analysis while the machine is operating or in motion.
Generates time-based acceleration, displacement, and noise graphs, as well as distribution maps that illustrate the behavior of each measured point.
It is especially useful for studying the dynamic isolation of engines, cabins, transmissions, or structures under real working conditions.
Performs impact tests for modal analysis, calculating the frequency response function (FRF) between stimulus and response.
Accurately identifies natural frequencies, vibration modes, and structural stiffness, providing a clear view of the structure’s dynamic behavior.
It is an essential tool for experimental modal analysis and for validating simulation models in mechanical or structural applications.
Complementary tools from the AMC NVH suite, designed to verify vibration levels in specific engines and generators in accordance with ISO standards or manufacturer specifications.
Extension of the AMC NVH suite designed to verify that generator sets comply with the vibration limits defined in the ISO 8528-9 standard.
The software guides the user through the measurement process, showing the points and conditions that must be checked according to the standard.
It provides a clear compliance result and simplifies the preparation of the final report.
Extension of the AMC NVH suite developed for verifying Yanmar TNV Series engines according to the criteria established by the manufacturer.
During measurement, the software guides the user on the points to be monitored and the test conditions, ensuring a correct and consistent evaluation.
It provides a clear result confirming compliance with the required vibration limits.
Extension of the AMC NVH suite developed for verifying Yanmar TNV Series engines according to the criteria established by the manufacturer.
During measurement, the software guides the user on the points to be monitored and the test conditions, ensuring a correct and consistent evaluation.
It provides a clear result confirming compliance with the required vibration limits.
