Technical FAQs

1. What function does the Proximitor sensor serve?
   It measures non‑contact displacement and vibration of rotating machinery shafts and converts it to a usable electrical signal.

2. Which equipment benefits from this sensor?
   Turbines, compressors, pumps, generators, and similar rotating machinery assets.

3. What is the nominal sensitivity?
   Approximately 50 mV per mil of shaft displacement.

4. Can the sensor detect high‑frequency vibration?
   Yes, it supports both low and high‑frequency response for dynamic vibration analysis.

5. How is it mounted?
   Using threaded or bracket mounting, depending on system design.

6. Is it suitable for harsh industrial environments?
   Yes — it is designed to operate reliably under temperature fluctuations and mechanical vibration.

7. Does it require calibration?
   Proper system setup and alignment with the monitoring platform help ensure accurate output.

8. How does non‑contact measurement benefit machinery monitoring?
   It eliminates wear and mechanical drift, providing stable long‑term performance.

9. What monitoring systems is it compatible with?
   It integrates with condition monitoring and protection systems designed for proximity sensor inputs.

10. Why choose this model over basic proximity sensors?
    It offers proven industrial reliability, precision measurement, and seamless integration into machinery health platforms.