Bently Nevada 9200-03-01-05-00 Dual Linear Velocity Seismic Sensor

Applications

• Absolute vibration monitoring of bearing housings and machine casings in rotating equipment

• Turbine, compressor, and generator vibration measurement in power generation plants

• Industrial condition monitoring for motors, pumps, and heavy rotating machinery

• Structural vibration analysis in oil & gas and petrochemical facilities

• Predictive maintenance systems for critical industrial assets

• Low-frequency vibration detection in large mechanical structures

• Machinery protection systems requiring velocity-based seismic sensing

Key Advantages

• High-sensitivity velocity-based seismic measurement for accurate vibration detection

• Dual linear sensing design for improved stability in industrial monitoring

• Self-generating sensor requiring no external power supply

• Excellent low-frequency response for large rotating machinery applications

• Rugged industrial construction suitable for harsh operating environments

• Stable long-term performance in continuous-duty monitoring systems

• Compatible with Bently Nevada vibration monitoring architectures

Technical FAQs

1. What is the main function of this sensor?
It measures absolute vibration velocity of machine casings and bearing housings.

2. Does it require external power?
No, it is a self-generating velocity seismic sensor.

3. What type of output does it provide?
It generates a voltage signal proportional to vibration velocity.

4. What equipment is it typically used on?
Turbines, compressors, motors, generators, and large industrial rotating machinery.

5. Is it suitable for low-frequency vibration?
Yes, it is designed for effective low-frequency vibration detection.

6. How is it different from proximity probes?
It measures casing vibration velocity, not shaft displacement.

7. What industries commonly use it?
Power generation, oil & gas, petrochemical, and heavy industry sectors.

8. Can it be used for predictive maintenance?
Yes, it is widely used in condition monitoring and predictive maintenance systems.

9. Is it suitable for harsh environments?
Yes, it is built for industrial-grade operating conditions.

10. What happens if the sensor fails?
Vibration monitoring data is lost, reducing machinery protection capability.