Epro PR6423/004-031-CN+CON041 8 mm Eddy Current Sensor

Applications

• Rotating Machinery Monitoring: Detects shaft displacement and vibration in industrial equipment.

• Turbines & Generators: Measures precise positional changes in high-speed turbines.

• Motors and Pumps: Ideal for predictive maintenance and condition monitoring.

• Industrial Automation: Integrates with control systems for real-time feedback and performance optimization.

Advantages

• High Precision Measurement: Eddy current sensing ensures accurate and repeatable readings.

• Compact Design: 8 mm sensor head diameter allows installation in tight spaces.

• Robust Construction: Designed for harsh industrial environments with long-term reliability.

• Easy Integration: Compatible with standard signal conditioning units and control systems.

Technical FAQs

1. What is the operating principle of this sensor?
   It uses eddy current technology to measure proximity or displacement without contact.

2. What materials can it sense?
   Primarily detects conductive metallic surfaces, such as steel or aluminum.

3. What is the typical measurement range?
   Measurement range depends on sensor configuration; standard ranges are up to a few millimeters.

4. How is the sensor connected to the control system?
   Connects via the included cable to compatible signal conditioners or modules.

5. Is it suitable for high-speed rotating machinery?
   Yes, it provides reliable readings even at high rotational speeds.

6. Does it require calibration?
   Factory-calibrated, but field recalibration can be performed for specific applications.

7. Can it operate in high-temperature environments?
   Designed to withstand industrial temperature ranges (typically −20°C to +70°C).

8. Is the sensor vibration-resistant?
   Yes, it is engineered to maintain accuracy under normal industrial vibration levels.

9. Does it support safety-critical applications?
   Can be integrated into monitoring systems that enhance machinery safety, but should be part of a larger safety system.

10. What is the expected service life?
    Engineered for long-term industrial use, typically exceeding 10 years with proper installation.