Technical Specifications

FAQ

1. What is the main function of the Bently Nevada 200350-02-00-00 accelerometer?
This accelerometer is designed to measure vibration and acceleration levels in industrial machinery. It converts mechanical vibration into an electrical signal that can be analyzed by monitoring systems, enabling early detection of equipment abnormalities such as imbalance, misalignment, or bearing wear.

2. What type of technology does this sensor use?
The sensor uses piezoelectric technology, which generates an electrical charge proportional to mechanical stress. This allows it to accurately capture high-frequency vibration signals commonly found in rotating machinery.

3. Where is this accelerometer typically used?
It is commonly used in industrial condition monitoring applications, including turbines, compressors, pumps, and motors. It is especially suitable for critical machinery where continuous vibration monitoring is required to ensure operational reliability.

4. What kind of signals does the accelerometer output?
The device produces a vibration-related electrical signal, typically in charge or voltage form depending on the connected system configuration. This signal is then processed by a monitoring system for vibration analysis and diagnostics.

5. How is the sensor mounted on equipment?
It is typically installed using a stud-mounted method, ensuring a secure and rigid connection to the machine surface. Proper mounting is essential for accurate vibration transmission and measurement reliability.

6. What role does it play in condition monitoring systems?
The accelerometer acts as the primary sensing element in vibration monitoring systems. It provides real-time data that helps detect early signs of mechanical degradation, enabling predictive maintenance strategies and reducing unexpected downtime.

7. How does it contribute to machinery protection?
By continuously monitoring vibration levels, the sensor helps identify abnormal operating conditions before they lead to equipment failure. This allows maintenance teams to take corrective action in advance, improving machinery safety and extending service life.

8. What should be considered during installation and operation?
Proper installation on a clean, rigid mounting surface is essential to ensure accurate readings. Care should be taken to avoid loose mounting or improper alignment, as these can affect signal quality. Additionally, the sensor should be used within its specified industrial operating conditions for reliable performance.