Kurzdefinition

Typische Anwendungen

Ablauf

Ausgänge und Schnittstellen

Normen und Richtlinien

Mit dem TBT with customer-owned hydraulics
können Messungen entsprechend den folgenden Normen und Richtlinien durchgeführt werden

Die Messergebnisse werden dabei automatisch oder ganz einfach auf Knopfdruck in einem Report zusammengefasst.

FAQ

Description

Once the component is clamped in the customer’s own clamping fixture, an automatic determination of the resonance frequencies can be initiated. Optionally, a specified clamping force can be monitored and documented using a pressure sensor. The results and measurement data can be saved, and reports can be generated.

Advantages & Innovation

Cost and time savings thanks to low personnel costs
Automated test system for determining natural frequencies
Test procedures in accordance with internal company regulations
Scalable for different blade types and sizes
Different clamping blocks depending on blade size
Software-controlled hydraulic clamping (optional by arrangement)
Easy to use
Excitation by automatic modal hammer
Non-destructive testing (NDT)

Bounce-free excitation
High reproducibility
Vibration measurement using a laser Doppler vibrometer, microphone or accelerometer
Frequency range up to 100kHz
Frequency resolution <1Hz to 20kHz
Automatic measurement report generation
Project-orientated database structure
SQL database for multiple workstations
Blade database
Export to Excel, ASCII or SAP
DAkkS calibration (DIN EN ISO/IEC 17025) possible

Application & Integration

Master blade measurement
Quality control
100% inspection
End-of-line testing
Series testing
Determination of resonances
Eigenvalue determination of engine blades
Eigenvalue determination of gas and steam turbine blades

Turbine blade reworking
Product testing
Prototype studies
Research and development
Machine diagnostics
Early damage detection
Material testing

Turbine and compressor blade test stand | TBT with customer-owned hydraulics