 Vibration and Shock Tests
- Vibration (sine, random, transients, sine and noise)
- Shock and drop tests
- Measurement of dynamic responses as acceleration, expansion, force
- Combined temperature and vibration tests
- Tests according to shock response spectrum (SRS test)
- Functional monitoring of the test object under dynamic loading
- Long-term testing with variations of temperature, humidity, vibration profile and power voltage as well as provision of tempered cooling air
- Design and construction of test facilities
- Compilation of test regulations
Multi-Axis Vibration Tests
Vibration tests for simulating simultaneous loads in up to 6 degrees of freedom for :
- Passenger cars, commercial vehicles and large vehicle components
- Lorry engines, transport containers
- Telecommunications facilities
- Energy generation and transmission components
- Power switching units, cooling units and emergency power supply units
Used for:
- Operational load follow-up tests
- Transport loads, behaviour on poor road conditions
- Reproduction of transient events
- Gusts of wind, air crashes, break-up of parts
- Simulation of earthquakes
- Synthetic design/safety and real-time earthquakes
Experimental Vibration Analysis
- Operational vibration measurements and analyses (stationary and mobile)
- Simultaneous recording of CAN-bus data and analogue signals
- Operational load determination on rotating parts (e.g. crankshafts)
- Modal analysis (also using a laser vibrometer
- Acoustic capacity measurements
- Application of standard and custom evaluation methods
- Combination of service life tests
- Application of sensors (acceleration, strain gauges, temperature etc)
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