Key Features
❖ Full-field measurement: System allows to measure strain, displacement ans position variables. mearovides detailed insight into data within the frequency domain, making it ideal for examining natural frequencies and operational deflection shapes.
❖ Operational Deflection Shapes (ODS): Analyze full-field ODS at frequencies ranging from low to high. Visualize the ODS animations in a 3D environment to better understand dynamic responses.
❖ Natural Frequency Identification: Accurately detect natural frequencies and their associated ODS, enabling precise diagnostics of structural vibrations.
❖ Advanced FFT Analysis: Perform detailed analysis with advanced Fast Fourier Transform (FFT) capabilities, including octave analysis, subset analysis, and multiple methods for extracting natural frequencies. Choose from a variety of window functions for tailored analysis.
❖ Cost-Efficient and User-Friendly: Enjoy a powerful yet cost-effective system designed for seamless setup and operation, offering advanced functionalities with a focus on convenience and efficiency.
Use cases Operational Deflection Shapes (ODS)
Automotive Industry:
Door slam testing to analyze structural response.
Evaluating vibrations in exhaust systems and engine components.
Assessing suspension and chassis dynamics.
Aerospace Industry:
Studying vibrations in aircraft wings, fuselage, and joints.
Testing turbine engines and rotating components.
Machinery Diagnostics:
Monitoring vibrations in rotating machinery such as motors, turbines, and pumps.
Identifying imbalances, misalignments, and bearing faults.
Structural Health Monitoring:
Analyzing deflection and stress in buildings, bridges, and other structures.
Identifying weaknesses or damage after seismic or dynamic events.
Product Development and Quality Control:
Testing prototypes to improve designs.
Ensuring product reliability by identifying resonance and fatigue points.
Applications
