Epro PR6424/007-030 16 mm Eddy Current Sensor

Applications

The Epro PR6424/007-030 16 mm Eddy Current Sensor is a high-precision, non-contact sensor designed for monitoring shaft vibration, displacement, and position in industrial rotating machinery. Its 16 mm sensor head ensures accurate measurement in machinery protection, condition monitoring, and predictive maintenance systems.

• Steam, gas, and hydro turbine shaft monitoring
• Compressor radial and axial displacement measurement
• Industrial pump and fan vibration analysis
• Generator rotor eccentricity detection
• Gearbox and rotating equipment diagnostics
• Petrochemical and refinery machinery protection
• Power generation continuous monitoring systems

This sensor is ideal for environments requiring reliable, long-term monitoring of critical machinery.

Advantages

• 16 mm eddy-current non-contact sensing technology
• High-precision measurements with stable long-term output
• Robust stainless-steel construction for industrial durability
• Compact design for easy installation in confined spaces
• Compatible with Epro signal conditioning systems (e.g., CON021 series)
• Fast response for real-time machinery diagnostics
• Supports predictive maintenance and early fault detection
• Reduces mechanical wear and installation complexity

The PR6424/007-030 delivers consistent, high-quality signals for mission-critical industrial applications.

Technical FAQs

1. What does this sensor measure?
   Shaft vibration, displacement, eccentricity, and position.
2. Is it contact-based?
   No, it is a non-contact sensor, preventing mechanical wear.
3. What machinery is it suitable for?
   Turbines, compressors, pumps, fans, and industrial motors.
4. Does it require a signal converter?
   Yes, it is compatible with Epro signal conditioning modules like CON021.
5. Can it measure both static and dynamic displacement?
   Yes, it captures both shaft position and dynamic vibration signals.
6. Is it suitable for high-speed machinery?
   Yes, designed for critical, high-speed rotating equipment.
7. What environmental conditions can it operate in?
   Harsh industrial environments with vibration, temperature extremes, and oil exposure.
8. Can it support predictive maintenance programs?
   Yes, it provides accurate data for condition-based monitoring.
9. Does installation affect measurement accuracy?
   Proper alignment and calibration are required for optimal readings.
10. What faults can it help detect?
    Imbalance, misalignment, looseness, and bearing wear.