Epro PR6424/000-010 16 mm Eddy Current Sensor

Industrial Applications

The Epro PR6424/000-010 16 mm Eddy Current Sensor is designed for precision monitoring of rotating machinery, delivering accurate measurements of shaft vibration, displacement, and position. Its compact 16 mm sensor head allows flexible installation in both tight and standard spaces.

Typical applications include:

• Turbine shaft vibration and displacement monitoring
• Compressor and pump condition monitoring
• Generator and motor rotor analysis
• Axial and radial position measurements
• Gearbox diagnostics and machinery protection
• API 670-compliant protection systems
• Industrial predictive maintenance programs
• Process plant equipment monitoring

Key Advantages

This sensor combines high accuracy with industrial-grade reliability:

• Non-contact eddy current measurement eliminates wear and tear
• High-resolution output for precise shaft monitoring
• Robust stainless steel housing for harsh operating environments
• Stable long-term signal for continuous monitoring
• Fast dynamic response suitable for high-speed machinery
• Strong electromagnetic compatibility (EMC) in industrial environments
• Supports continuous online monitoring for predictive maintenance
• Compatible with Epro signal conditioners and converters

Technical FAQs

1. What is the measurement principle of the PR6424/000-010?

It uses eddy current technology to detect changes in distance to conductive targets without physical contact.

2. Can it monitor shaft vibration?

Yes, it is designed for accurate, continuous vibration monitoring in rotating machinery.

3. Is it suitable for axial displacement measurements?

Yes, it can measure both radial and axial shaft displacement when integrated into appropriate systems.

4. What type of machines is it used on?

It is typically used on turbines, compressors, pumps, motors, generators, and industrial gearboxes.

5. Does it require additional electronics for signal output?

Yes, it works with compatible Epro signal converters to provide accurate measurement data.

6. Can it detect shaft eccentricity?

Yes, it supports monitoring of rotor runout and eccentricity conditions.

7. How does it support predictive maintenance?

By continuously measuring vibration and displacement, it helps identify early signs of mechanical issues.

8. Is it resistant to electromagnetic interference?

Yes, it is engineered for stable operation in electrically noisy industrial environments.

9. Can it be integrated into protection systems?

Yes, it is widely used in machinery protection and shutdown systems for critical equipment.

10. Can it operate continuously in 24/7 monitoring systems?

Yes, it is designed for long-term, uninterrupted industrial monitoring applications.