Bently Nevada 9200-03-06-10-00 Dual Linear Velocity Seismic Sensor

Applications

• Absolute casing vibration monitoring in turbines, compressors, and generators.

• Machine protection systems for rotating equipment in power generation plants.

• Structural vibration measurement on bearing housings and machine frames.

• Continuous condition monitoring in oil and gas processing facilities.

• Predictive maintenance programs for pumps, motors, and industrial drivetrains.

• Vibration severity tracking in petrochemical and refining operations.

• Equipment health diagnostics for critical rotating machinery.

• Field and plant-wide vibration monitoring in heavy industrial environments.

Key Advantages

• Provides true seismic (absolute) vibration velocity measurement for machine casings.

• Dual linear velocity design improves measurement accuracy across operating conditions.

• Self-generating sensor design eliminates the need for external power supply.

• High reliability in harsh industrial environments with strong mechanical stability.

• Excellent sensitivity for detecting early-stage mechanical faults.

• Stable output signal suitable for continuous monitoring systems.

• Designed for long-term operation in critical machinery protection applications.

• Compatible with industrial vibration monitoring and diagnostic systems.

Technical FAQs

Q1: What is the main function of the 9200-03-06-10-00 sensor?
A: It measures absolute casing vibration velocity for rotating machinery monitoring and protection.

Q2: What does “seismic sensor” mean in this context?
A: It means the sensor measures vibration relative to inertial space rather than shaft displacement.

Q3: Does this sensor require external power?
A: No, it is a self-generating moving-coil velocity sensor.

Q4: What type of signal does it produce?
A: It outputs a voltage signal proportional to vibration velocity.

Q5: Where is it typically installed?
A: On machine casings such as bearing housings, turbine shells, and compressor frames.

Q6: What machines commonly use this sensor?
A: Turbines, compressors, pumps, motors, and generators.

Q7: Is it suitable for continuous monitoring systems?
A: Yes, it is designed for permanent installation in industrial monitoring systems.

Q8: How is it different from accelerometers?
A: It measures velocity directly instead of acceleration, simplifying vibration severity assessment.

Q9: Can it help with predictive maintenance?
A: Yes, it helps identify vibration trends that indicate developing mechanical issues.

Q10: What is the main advantage of this sensor type?
A: It provides reliable, power-free, absolute vibration measurement for critical machinery protection.