Technical Specifications

FAQ

1. What is the primary function of the Bently Nevada 200350-10-00-01 accelerometer?
This accelerometer is designed to measure vibration and acceleration in industrial machinery. It converts mechanical vibration into electrical signals that are used by condition monitoring systems to evaluate equipment health and detect early signs of mechanical issues such as imbalance, misalignment, or bearing wear.

2. What sensing technology does this device use?
The sensor uses piezoelectric technology, where mechanical stress applied to a piezoelectric element generates an electrical charge proportional to vibration levels. This allows accurate measurement of dynamic vibration signals, especially in high-frequency applications.

3. In what types of equipment is this accelerometer typically used?
It is commonly used on rotating machinery such as turbines, compressors, pumps, and motors. These applications require continuous vibration monitoring to ensure safe and stable operation in critical industrial environments.

4. What type of output signal does the sensor provide?
The device outputs a vibration-related electrical signal, typically in charge or voltage form depending on the system configuration. This signal is then processed by a monitoring system for analysis and diagnostic purposes.

5. How is the sensor installed on machinery?
It is installed using a stud-mounted method to ensure a rigid and secure connection with the machine surface. Proper mounting is essential to ensure accurate transmission of vibration signals and reliable measurement results.

6. What role does it play in condition monitoring systems?
The accelerometer serves as a primary data acquisition device in vibration monitoring systems. It provides real-time vibration data that is used for trend analysis, fault detection, and overall machinery health assessment.

7. How does it support predictive maintenance strategies?
By continuously monitoring vibration behavior, the sensor helps detect abnormal patterns at an early stage. This enables maintenance teams to identify potential failures in advance and take corrective action before serious damage or downtime occurs.

8. What should be checked if abnormal vibration readings occur?
First, verify that the sensor is properly mounted and securely fixed to the machine surface. Then check the wiring and signal connections. It is also important to evaluate the machine itself for abnormal operating conditions and use system diagnostics to determine whether the issue originates from the sensor or the equipment.