Epro PR6423/010-120-CN 8 mm Eddy Current Sensor

Applications

• Rotating Machinery Monitoring: Accurately measures shaft displacement and vibration in motors, turbines, and pumps.

• Industrial Automation: Provides precise real-time feedback for process optimization and predictive maintenance.

• Power Generation & Energy Systems: Monitors high-speed generators and turbines with reliable positional measurement.

• Machine Condition Monitoring: Supports preventative maintenance programs and fault detection in manufacturing plants.

Advantages

• Non-Contact Measurement: Eddy current technology ensures accurate readings without physical contact, reducing wear.

• Compact Sensor Head: 8 mm diameter enables installation in tight or constrained spaces.

• Robust Construction: Industrial-grade build provides reliable operation in harsh environments.

• Easy Integration: Compatible with standard signal conditioners and industrial control systems for fast deployment.

Technical FAQs

1. What measurement principle does this sensor use?
   Uses eddy current technology to measure proximity or displacement without contact.

2. Which materials can it sense?
   Conductive metals such as steel, aluminum, and other metallic components.

3. What is the measurement range?
   Standard ranges are typically up to a few millimeters, depending on application requirements.

4. How is the sensor connected?
   Connects via cable to compatible signal conditioners or monitoring units.

5. Is it suitable for high-speed rotating machinery?
   Yes, it delivers reliable measurements at high rotational speeds.

6. Does it require calibration?
   Factory-calibrated; field recalibration is optional for specific setups.

7. Can it operate in industrial temperature conditions?
   Designed for −20°C to +70°C operating range.

8. Is it vibration-resistant?
   Maintains accuracy under typical industrial vibration levels.

9. Can it be used in safety-critical systems?
   Can enhance machine safety monitoring but should be part of a complete safety system.

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