Optimize your machine maintenance with modern vibration monitoring
Pressure sensors are used to monitor pressure oscillations in various applications, from hydraulic systems to aerospace. They enable precise real-time control and prevent potential damage or malfunctions. Pressure sensors and associated vibration monitoring not only provide safety and efficiency, but also a comprehensive and cost-effective solution for monitoring critical systems.
What advantages does vibration monitoring of pressure vibrations with Delphin offer you?
- Early detection of damage and malfunctions: Enabled by real-time vibration monitoring to avoid expensive repairs or breakdowns.
- Increased safety and reliability: Precise vibration monitoring protects critical systems such as combustion chambers or hydraulic units from dangerous conditions.
- Efficient data analysis: Calculation of narrowband characteristic values and TRMS values provides sound insights and enables optimum evaluation of the pressure oscillation
- Flexible use: Compatibility with various sensor technologies such as capacitive and piezoresistive pressure sensors for versatile monitoring.
- Seamless system integration: Easy connection to PLCs and control systems via OPC UA, PROFINET, PROFIBUS-DP or analog and binary inputs and outputs.
- Long-term data storage: Integrated 32 GB data logger enables the recording and analysis of relevant data for sustainable vibration monitoring and analysis
- Compact and economical solution: Cost-effective and space-saving solution, ideal for vibration monitoring in demanding applications such as combustion chamber monitoring of gas turbines and cavitation vibrations.
With our vibration monitoring solutions, you can design your processes safely and efficiently! Typical areas of application are
- Combustion chamber vibration measurement in gas turbines
- Flow measurement in pneumatic and hydraulic systems
- Cavitation and pulsation measurement
- Measurement of low-frequency burner vibrations
- Measurement of detachment vortex vibrations (Karman vortex street)
- Measurement in engine compartments and exhaust tracts
- Measurement of Coriolis oscillations
Practical example of pressure vibration monitoring
Compact measurement of combustion chamber vibration
A manufacturer of industrial gas turbines wants to increase the efficiency and reliability of its systems. Monitoring the combustion chamber plays a crucial role here, as pressure oscillations in the combustion chamber can indicate problems such as unstable combustion, inadequate air-fuel ratios or material fatigue. With the Delphin Vibration meter The precise and reliable monitoring of pressure oscillations in the combustion chamber was made possible. Delphin thus demonstrates how compact measurement solutions can be effectively implemented for critical applications for operators of gas turbines and other combustion processes.