Bently Nevada 86517-01-01-01-02 Accelerometer Interface Module

Applications

• Machinery vibration monitoring systems
Used as an interface module for accelerometer-based vibration monitoring in industrial rotating equipment such as turbines, compressors, and generators.

• Gas turbine and aero-derivative engine monitoring
Supports signal conditioning for high-frequency vibration measurement in turbine and engine health monitoring systems.

• Power generation protection systems
Enables accurate vibration data acquisition for critical rotating assets in power plants.

• Oil and gas process machinery diagnostics
Used in harsh environments for continuous monitoring of pumps, compressors, and pipeline equipment.

• Condition monitoring and predictive maintenance platforms
Converts raw accelerometer signals into conditioned outputs for analysis and fault detection.

• Industrial automation and control systems
Integrates vibration sensing data into centralized monitoring and control architectures.

Advantages

• High-precision signal conditioning
Converts raw accelerometer charge signals into stable, usable measurement outputs.

• Integrated filtering and amplification
Reduces noise and improves measurement clarity for vibration analysis systems.

• Long-distance signal transmission capability
Supports buffered output for reliable transmission over extended cable runs.

• Designed for harsh industrial environments
Operates reliably in high vibration, temperature variation, and electrically noisy conditions.

• Compatible with Bently Nevada monitoring architecture
Integrates into established vibration monitoring and machinery protection systems.

• High-frequency response capability
Suitable for capturing dynamic vibration signals in high-speed rotating equipment.

Technical FAQs

Q1: What is the main function of this module?
It converts accelerometer charge signals into conditioned voltage signals for vibration monitoring systems.

Q2: What type of sensors does it work with?
It works with piezoelectric accelerometers used in industrial vibration monitoring.

Q3: Where is it commonly used?
It is used in turbines, compressors, generators, and other rotating machinery systems.

Q4: Does it amplify the signal?
Yes, it includes built-in signal amplification and conditioning.

Q5: Does it filter vibration signals?
Yes, it applies bandpass filtering to remove unwanted noise.

Q6: Can it support long cable runs?
Yes, it buffers signals for stable long-distance transmission.

Q7: Is it suitable for harsh environments?
Yes, it is designed for industrial and power generation environments.

Q8: Does it directly measure vibration?
No, it conditions accelerometer signals; the sensor performs the measurement.

Q9: Is it used for predictive maintenance?
Yes, it is commonly used in condition monitoring and predictive maintenance systems.

Q10: Is it part of a larger system?
Yes, it works as part of Bently Nevada vibration monitoring and protection systems.