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qingcheng-FTT-spectrum-analysis
Detecting Faults: Understanding Vibration and Acoustic Emission (AE)
In the realm of fault detection, different techniques serve different purposes. Vibration sensors are perfect for steady-state signals like monitoring rotating machinery, offering stable data with minimal interference. However, they might miss transient waves and minor damages.
Visit:
www.aendt.com/acoustic/solutions/vibration-vs-acoustic-em...
On the other hand, AE sensors excel at capturing both transient and steady-state signals. They detect surface waves, making them ideal for crack initialization and local fault detection. Their high sensitivity ensures early-stage fault identification.
Choose the right tool for your fault diagnosis needs! Whether it's vibration or AE, understanding their strengths and applications is key to efficient condition monitoring. #FaultDetection #ConditionMonitoring #VibrationSensors #AcousticEmissionSensors
qingcheng-FTT-spectrum-analysis
Detecting Faults: Understanding Vibration and Acoustic Emission (AE)
In the realm of fault detection, different techniques serve different purposes. Vibration sensors are perfect for steady-state signals like monitoring rotating machinery, offering stable data with minimal interference. However, they might miss transient waves and minor damages.
Visit:
www.aendt.com/acoustic/solutions/vibration-vs-acoustic-em...
On the other hand, AE sensors excel at capturing both transient and steady-state signals. They detect surface waves, making them ideal for crack initialization and local fault detection. Their high sensitivity ensures early-stage fault identification.
Choose the right tool for your fault diagnosis needs! Whether it's vibration or AE, understanding their strengths and applications is key to efficient condition monitoring. #FaultDetection #ConditionMonitoring #VibrationSensors #AcousticEmissionSensors