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Turbine and compressor blade test stand | TBT with manual hydraulics

This solution includes a manually operated hydraulic unit. It is integrated into a test bench made of aluminum profiles, which also houses the clamping unit. The design of the test bench can be adapted to the customer's application.

Vibration test stand VTS by MAUL-THEET

Kurzdefinition

Typische Anwendungen

Ablauf

Ausgänge und Schnittstellen

Normen und Richtlinien

Mit dem TBT with manual 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

The clamping force can be adjusted via a toggle switch. The clamping force can optionally be measured with the controller and displayed in the TBT software. If the clamping force is outside the permissible range, the vibration measurement is automatically blocked by the software.

Advantages & Innovation

Vibration test stand VTS Software (innovation) by MAUL-THEET
  • 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
  • Component clamping via manual hydraulics
  • 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

Vibration test stand VTS Software (application) by MAUL-THEET
  • 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