Bently 330180-X0-05 Central control module

BENTLY Nevada is a leader in machinery protection and condition monitoring. Their seismic transducers are primarily used to monitor the vibration of machinery and structures, especially in areas with frequent seismic activity, to assess the impact of earthquakes on equipment and structures.

Product Detailed Description

BENTLY seismic transducers are high-precision vibration sensors that measure acceleration on three axes (X, Y, Z) of equipment or structures. These sensors are typically used with monitoring systems to provide real-time vibration data for analysis and diagnosis.

Product Parameters

• Measurement Range:

• Varies by model, typically covering low to mid-frequency ranges.

• Sensitivity:

• High sensitivity, capable of capturing minute vibration changes.

• Frequency Response:

• Wide frequency response, suitable for various applications.

• Output Signal:

• Typically analog or digital signals.

• Operating Temperature:

• Wide temperature range suitable for industrial environments.

• Please refer to the official BENTLY Nevada product manual for specific product parameters.

Product Advantages

• High Accuracy:

• Provides accurate vibration measurement data.

• High Reliability:

• Suitable for harsh industrial environments.

• Real-time Monitoring:

• Provides real-time vibration data for easy analysis and diagnosis.

• Robust and Durable:

• Designed to withstand demanding environmental conditions.

• Global Service and Support:

• Bently Nevada provides comprehensive pre-sales and after-sales services.

Precautions

• Correct Installation:

• Install according to the product manual, ensuring the sensor is securely connected to the equipment or structure.

• Cable Routing:

• Avoid mechanical damage or electromagnetic interference to cables.

• Regular Calibration:

• Calibrate the sensor regularly to ensure measurement accuracy.

• Environmental Conditions:

• Ensure the sensor operates within the permitted environmental conditions.

Product Applications

• Power Plants:

• Monitoring vibration of critical equipment such as turbines and generators.

• Oil and Gas:

• Monitoring vibration of equipment such as compressors and pumps.

• Bridges and Buildings:

• Assessing the impact of earthquakes on structures.

• Industrial Facilities:

• Monitoring vibration of various mechanical equipment to prevent equipment failures.

• Seismic Monitoring Networks:

• Collecting seismic data for the analysis of seismic activity.

Shipping Port: Xiamen, China