Qualifying products for real life operating conditions
LMS Test.Lab Vibration Control allows test engineers to qualify whether a product will withstand normal to extreme operating, transportation or storage conditions. LMS Test.Lab offers a complete and fully integrated solution to reproduce vibration environments, supporting basic functional testing up to complex life cycle testing. The system can easily be extended with advanced analysis tools to further support engineers in product development.
LMS Test.Lab Vibration Control supports qualification testing through closed-loop shaker control, using 4 to 8 simultaneous ICP or voltage channels for control or measurement. With a focus on qualifying components, the LMS Test.Lab system is designed for long-duration durability testing including online trend analysis.
Supporting common standards - offering maximum flexibility
The LMS Test.Lab Vibration Control system supports random, swept sine, tracked sine dwell, shock and combined test modes. LMS Test.Lab Vibration Control integrates all common industry standards for vibration and shock testing. In addition, the system offers a high degree of flexibility in vibration test definition to support non-standard test specifications, allowing the usage of more complex test profiles derived from field data using test tailoring. This enables a safe, accurate and fast reproduction of the target reference spectra on a shaker installation, using up to 8 control/measurement channels.
LMS Test.Lab Vibration Control at a glance:
- Control and analysis software for sine, tracked sine dwell, random and shock vibration testing
- Integrating common industry standards and supporting user specific test definitions
- 4 to 8 input channels with embedded signal conditioning, 24 bit DSP technology and 105 dB signal to noise ratio
- Safe, accurate and fast closed-loop shaker control up to 20 kHz
- Fully compatible with electro-dynamic shakers and hydraulic actuators
- Expandable with extensive analysis and advanced control features
