Epro PR6424/010-100+CON021 16 mm Eddy Current Sensor

Applications

The Epro PR6424/010-100 + CON021 16 mm Eddy Current Sensor system is designed for high-precision, non-contact measurement of shaft displacement, vibration, and eccentricity in critical rotating machinery.

It is widely used in:

• Steam and gas turbine condition monitoring systems
• Industrial compressors and large pump vibration analysis
• Power generation rotating equipment protection systems
• Oil & gas refinery machinery diagnostics
• High-speed rotating machinery predictive maintenance
• Continuous industrial condition monitoring applications

The PR6424 probe combined with the CON021 signal converter provides a stable, high-resolution measurement chain for demanding turbomachinery environments.

Advantages

• High-resolution 16 mm eddy-current sensing for large shaft applications
• Stable signal conversion via CON021 module for industrial monitoring systems
• Strong resistance to temperature drift and mechanical vibration
• Suitable for harsh environments such as turbines and compressors
• Excellent linearity and long-term measurement stability
• Supports both static position and dynamic vibration measurement
• Fully compatible with standard machinery protection systems

Technical FAQs (10 Technical Questions)

Q1: What is the function of the CON021 module?
It converts the raw eddy-current probe signal into a stable industrial output signal for monitoring systems.

Q2: What does the 16 mm sensor head indicate?
It defines the probe diameter, optimized for larger shaft monitoring and improved linear range.

Q3: Is this a contact or non-contact sensor?
It is a non-contact eddy-current sensor system.

Q4: What machines is it typically used on?
It is used on turbines, compressors, pumps, and industrial rotating equipment.

Q5: Can it measure both vibration and displacement?
Yes, it measures both dynamic vibration and static shaft position.

Q6: Is it suitable for high-temperature environments?
Yes, it is designed for harsh industrial temperature conditions.

Q7: Does it require calibration?
Yes, system-level calibration is required for accurate measurement output.

Q8: What type of material can it measure against?
It is optimized for conductive ferromagnetic shaft materials.

Q9: Is it used in predictive maintenance systems?
Yes, it is widely used in condition-based monitoring and predictive maintenance.

Q10: What is the main advantage over smaller probes?
It provides better range stability and improved performance on larger shaft diameters.