Epro PR6423/010-010-CN+CON021/914-100 8 mm Eddy Current Sensor

Typical Application Scenarios

• Turbomachinery shaft displacement and vibration monitoring in power plants

• Compressor and turbine radial/axial position measurement systems

• Industrial rotating equipment condition monitoring and protection systems

• Oil & gas machinery health diagnostics for high-speed rotating assets

• Pump and gearbox shaft movement detection in continuous production lines

• Predictive maintenance systems requiring non-contact precision sensing

• DCS/PLC integrated machinery monitoring architectures

• Critical infrastructure requiring 24/7 real-time shaft position tracking

Key Advantages

• Non-contact eddy current technology ensures high-precision displacement measurement

• 8 mm probe head allows installation in compact and restricted mechanical spaces

• High-frequency response enables accurate dynamic shaft vibration tracking

• Excellent stability under harsh industrial conditions including heat, oil, and vibration

• Paired with CON021/914-100 for reliable signal conditioning and standardized output

• Strong anti-interference performance improves long-term measurement consistency

• Suitable for continuous operation in mission-critical machinery systems

• Enhances early fault detection for predictive maintenance strategies

Technical FAQs

1. What is the main function of the PR6423/010-010-CN sensor?
It measures non-contact shaft displacement and vibration in industrial rotating machinery.

2. What is the purpose of the CON021/914-100 module?
It conditions and stabilizes the sensor signal for integration into PLC or DCS systems.

3. Why is eddy current technology used here?
It enables accurate non-contact measurement of metallic surface movement.

4. What machines typically use this sensor?
Turbines, compressors, pumps, and other high-speed rotating equipment.

5. Is the system suitable for continuous monitoring?
Yes, it is designed for 24/7 industrial condition monitoring applications.

6. Can it measure both vibration and displacement?
Yes, it is widely used for both shaft vibration and positional measurements.

7. Is it resistant to harsh environments?
Yes, it performs reliably in oil, dust, vibration, and high-temperature environments.

8. Does it require physical contact with the shaft?
No, it is a fully non-contact measurement system.

9. Can it be integrated into control systems?
Yes, it is compatible with PLC and DCS-based monitoring systems.

10. What is the benefit of this sensor system?
It enables early detection of mechanical issues, improving equipment reliability and safety.