Bently Nevada 9200-06-01-11-04 Earthquake Detection Velocity Sensor

Applications

• Industrial seismic vibration monitoring
Used for measuring absolute vibration velocity in heavy machinery, structures, and industrial foundations.

• Turbine and compressor casing monitoring
Applied in steam and gas turbine systems to detect abnormal casing vibration and structural instability.

• Power generation plant protection systems
Provides reliable vibration input for alarm and shutdown logic in critical power plant equipment.

• Oil & gas facility structural monitoring
Installed on compressors, pumps, and pipe supports for continuous vibration condition assessment.

• Heavy industrial machinery diagnostics
Supports early detection of mechanical looseness, imbalance, and foundation resonance issues.

• Safety-critical vibration detection systems
Used in environments where structural vibration must be continuously monitored for operational safety.

Key Advantages

• Moving-coil velocity sensing design
Delivers true velocity-proportional output for accurate structural vibration measurement.

• Self-generating signal output
No external power required, improving reliability and simplifying installation.

• High sensitivity to low-frequency vibration
Effective in detecting slow structural movement and casing vibration trends.

• Rugged industrial construction
Designed for harsh environments including vibration, temperature variation, and contamination.

• Proven field reliability
Widely used in legacy and industrial vibration monitoring systems worldwide.

• Stable long-term performance
Maintains consistent output over extended operational periods.

Technical FAQs

1. What is the 9200-06-01-11-04 sensor used for?
It measures absolute vibration velocity in industrial machinery and structures.

2. What type of technology does it use?
It uses a moving-coil velocity transducer design.

3. Does it require external power?
No, it is a self-generating passive sensor.

4. What type of signal does it output?
It outputs a voltage proportional to vibration velocity.

5. What machinery is it commonly installed on?
Turbines, compressors, pumps, motors, and structural equipment.

6. Is it suitable for low-frequency vibration?
Yes, it is effective for low-frequency structural monitoring.

7. Can it be used in harsh environments?
Yes, it is designed for industrial-grade conditions.

8. What is its main monitoring purpose?
It is used for casing and structural vibration monitoring.

9. Is it compatible with modern monitoring systems?
Yes, it is commonly integrated into Bently Nevada vibration systems.

10. Does it support predictive maintenance?
Yes, it helps detect early mechanical and structural issues.