Record, monitor and analyze shaft vibrations
Do you consider the precise detection and analysis of shaft vibrations to be a decisive factor for the safety, efficiency and reliability of your systems? The Delphin shaft vibration meter offers you a powerful solution for monitoring and analyzing shaft vibration to identify problems and optimize performance parameters
What advantages does the detection of shaft vibrations with Delphin offer you?
- Early problem detection to avoid failures: Identification of anomalies and wear before they lead to costly damage or breakdowns.
- Optimization of system performance: The detailed analysis of vibrations allows operating parameters to be adjusted and efficiency to be maximized.
- Safety through precise monitoring: The continuous monitoring of static and dynamic vibrations ensures the safe operation of machines and systems.
- Standardized measurements according to VDI2059: Adherence to industry standards ensures reliable results and compliance.
- Extended analysis through multi-channel measurement: Up to 16 shaft vibrations can be recorded and analyzed synchronously, providing a comprehensive overview of the system.
- Real-time calculation of spectra and characteristic values: Immediate provision of smax, peak-peak and other characteristic values saves time and enables quick decisions.
- Data visualization for in-depth insights:
Presentation of measured values in orbit, polar, Bode, shaft, centerline or FFT diagrams provides sound insights into machine behavior. - Seamless system integration: Direct connection to higher-level control technology or PCs via Ethernet or PROFIBUS-DP facilitates integration into existing structures.
What advantages does the detection of shaft vibrations with Delphin offer you?
- Early problem detection to avoid failures: Identification of anomalies and wear before they lead to costly damage or breakdowns.
- Optimization of system performance: The detailed analysis of vibrations allows operating parameters to be adjusted and efficiency to be maximized.
- Safety through precise monitoring: The continuous monitoring of static and dynamic vibrations ensures the safe operation of machines and systems.
- Standardized measurements according to VDI2059: Adherence to industry standards ensures reliable results and compliance.
- Extended analysis through multi-channel measurement: Up to 16 shaft vibrations can be recorded and analyzed synchronously, providing a comprehensive overview of the system.
- Real-time calculation of spectra and characteristic values: Immediate provision of smax, peak-peak and other characteristic values saves time and enables quick decisions.
- Data visualization for in-depth insights:
Presentation of measured values in orbit, polar, Bode, shaft, centerline or FFT diagrams provides sound insights into machine behavior. - Seamless system integration: Direct connection to higher-level control technology or PCs via Ethernet or PROFIBUS-DP facilitates integration into existing structures.
With our shaft vibration meters, we place particular emphasis on compact design, high precision and flexible application options. Typical areas of application are
- Hydropower turbines
- Steam or gas turbines
- Compressors and compressors
- Large gearbox
- Gearbox test stands
- Turbine test benches
Practical example of a shaft vibration measurement
Vibration monitoring at hydropower plants
The Delphin shaft oscillators Expert Vibro The Expert Vibro devices are in use at hydroelectric power plants in dams, reservoirs and rivers around the world. The Expert Vibro devices are used to monitor vibrations on Kaplan and Francis turbines and transfer characteristic values to control systems via redundant PROFIBUS interfaces. Reference plants in the field of hydropower are located in Egypt, Brazil, Germany, Luxembourg, Morocco, Uganda, Romania and the USA.