Testing Services for Modal Analysis and Mechanical Impedance Measurement According to Standards
With state-of-the-art measurement technology and advanced evaluation methods, SADAP offers specialized testing services for demanding sectors such as turbomachinery, energy, and automotive. Our procedures provide precise insights into the dynamic behavior of your systems and support development, optimization, and certification efforts.
DIN EN 60068 Vibration Testing – Conformity Tests for Maximum Safety
Vibration testing according to DIN EN 60068 ensures the reliability of your products under real operational conditions. Using state-of-the-art shaker systems, defined vibration loads are precisely reproduced. The test spectrum includes sine, random, and shock tests as well as combined tests. Our setup also allows for the simulation of extreme environmental conditions by combining vibrations with temperature and climate stresses. This is particularly relevant for testing transport packaging and pallet systems to optimally protect sensitive components during transport. The specific stresses of different transport methods (truck, rail, ship, aircraft) can be simulated. Conducting the tests according to the standards guarantees international acceptance of the test results and meets all regulatory requirements for product approval.
Standardized Qualification for International Markets:
- E-Mobility: Certification of fuel cell systems and electric drives
- Transport: Qualification of rail vehicles, commercial vehicles, and transport packaging
- Packaging Technology: Testing of special containers, pallet systems, and securing systems for sensitive goods
- Medical Technology: Qualification of devices and diagnostic systems
- Aerospace: Testing of avionics and engine components
- Environmental simulation and standardized durability tests under transport and storage conditions
High-Precision Mechanical Impedance Analysis: Dynamic System Characterization According to ISO 7626
Mechanical impedance measurement is a proven method for analyzing the dynamic stiffness and damping of structures and components. Through highly precise force and motion measurements—often using shaker tests—we capture the frequency-dependent response of a system and identify nonlinear effects, as well as load- or amplitude-dependent properties. This method is performed according to ISO 7626 under realistic operating conditions and enables direct validation of simulation models.
Benefits and Applications:
- Optimization of dynamic stiffness in turbomachinery and high-speed rotors
- Damping analysis for quiet and efficient e-mobility drive systems
- Characterization of coupling points in energy and industrial plants
- Reliable validation of numerical models in process and manufacturing industries
Professional Documentation and Reports
Comprehensive reporting that turns complex test data into clear, actionable insights. Our documentation ensures transparency, precision, and strategic understanding.
- Detailed technical reports with industry-specific evaluations
- Test data in standardized industry formats
- Visualization through professional graphics and animations
- Concrete recommendations for system optimization
"The quality of an analysis is not only measured by its results, but also by its clarity and applicability."