Clamping plate Case study University of Rostock
The clamping plate at the University of Rostock was designed for the construction of a dynamic, multi-axis test bench. The welded construction has the highest rigidity with the lowest possible weight. The special hybrid design already results in internal vibration damping. In conjunction with the low-frequency air springs, the vibrations are almost completely isolated from the hall foundation. The active level control always compensates for imbalances caused by large masses. The clamping plate was designed in several parts and can be expanded again if necessary. This ensures optimal flexibility for future testing tasks.
Design size
Max. test force (dyn.) ± 630kN
Usable area 5000 x 4000 mm
Range of use
specially designed for flexible part and component testing
Research and Development
test fields
Material testing institutes, testing service providers
Universities, building material test centers, research laboratories
Aerospace and automotive industries
Application
Assembly of a test portal or clamping angle for static and dynamic test tasks
Configuration
- As a welded construction, 2 pcs.
- with T-groove surface
- Holes for mounting lifting equipment
- Support points milled flat
- Air springs with active level control
special feature
- Multi-part design, oil-tight and fully resilient
Options
- Test frame
- Test cylinders of the EPZ series
- Central hydraulic unit series PA, if necessary with noise protection hood
- Distribution station type VS
- Pipeline construction
- Digital controllers of the DIGIMAXX series for single-axis and multi-axis controls
- "PROTEUS" test software for test control and measurement data acquisition and data storage
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