Bently Nevada 350620 Low-frequency Speed Sensor System

Applications

• Low-speed rotating machinery monitoring.
Detects vibration and speed behavior in slow-speed equipment.

• Hydroelectric turbines.
Provides accurate low-frequency vibration measurement for large rotating assets.

• Power generation systems.
Monitors stator cores, frames, and bearing housings.

• Industrial rotating equipment.
Supports early fault detection in compressors and large motors.

• Predictive maintenance systems.
Enables early warning of mechanical degradation trends.

Key Advantages

• Low-frequency vibration detection.
Accurately captures slow-speed machine vibration signals.

• Early fault identification.
Helps detect issues before mechanical failure occurs.

• High measurement sensitivity.
Optimized for low-amplitude vibration environments.

• Robust industrial design.
Suitable for harsh, high-temperature operating conditions.

• Reliable long-distance monitoring.
Stable signal performance in industrial installations.

Technical Questions & Expert Answers

1. What is the main function of the 350620 system?
It measures low-frequency vibration and speed behavior in rotating machinery.

2. What type of machines is it used for?
It is mainly used for slow-speed rotating equipment like turbines.

3. Does it measure vibration or displacement?
It measures low-frequency vibration signals related to machine movement.

4. Is it suitable for predictive maintenance?
Yes, it is widely used in condition monitoring systems.

5. Can it detect early mechanical faults?
Yes, it is designed to identify abnormal vibration trends early.

6. Is it used in power plants?
Yes, especially in hydroelectric and thermal power stations.

7. Does it work on high-speed machinery?
It is optimized for low-speed, low-frequency applications.

8. What components are included in the system?
It typically includes a sensor, signal conditioning module, and interconnection cable.

9. Is it suitable for harsh environments?
Yes, it is designed for industrial-grade durability.

10. What role does it play in automation systems?
It provides critical vibration data for machine health monitoring systems.