Technical FAQs

1. What does this proximity probe measure?
   It measures non‑contact shaft displacement (gap) and vibration by detecting changes between the probe tip and a conductive target.

2. What sensing technology is used?
   Eddy current non‑contact sensing provides accurate displacement measurement without physical wear.

3. What is the typical gap range?
   Designed to operate reliably with an approximate gap from 0.5 mm to 2.5 mm.

4. Where is this probe typically installed?
   Near rotating shafts on equipment such as turbines, compressors, pumps, and motors.

5. Does this probe wear out over time?
   No — the non‑contact design eliminates mechanical wear at the sensing surface.

6. How does it integrate with monitoring systems?
   The probe connects via its integrated cable to a compatible 3300 XL proximitor or conditioning module that prepares the signal for monitoring or protection systems.

7. Is it suitable for predictive maintenance?
   Yes — its stable, high‑resolution output supports trend analysis and early mechanical issue detection.

8. Is it built for harsh environments?
   Yes — designed to tolerate temperature swings, vibration, and electrical noise common in industrial applications.

9. Does it require calibration?
   Proper initial setup and alignment with the monitoring system ensure accurate gap‑to‑signal mapping.

10. Why choose this probe over general displacement sensors?
    It delivers industrial‑grade reliability, proven performance in critical applications, and seamless compatibility with established condition monitoring architectures.