Epro PR6424/111-021 16 mm Eddy Current Sensor

Applications

The EPRO PR6424/111-021 16 mm Eddy Current Sensor Sensor Head Module is designed for high-precision non-contact measurement of shaft vibration and displacement in rotating machinery systems requiring continuous monitoring and high reliability.

Typical applications include:

• Steam turbine monitoring systems
• Gas turbine protection systems
• Compressor shaft displacement measurement
• Pump vibration monitoring
• Industrial rotating machinery diagnostics
• Predictive maintenance systems

The eddy current sensing principle ensures stable performance under harsh industrial conditions.

Advantages

• High-precision non-contact displacement measurement
• Stable long-term signal performance
• Strong resistance to vibration and contamination
• Suitable for continuous industrial operation
• Compatible with EPRO monitoring systems
• Designed for turbomachinery environments 

Technical FAQs

Q1: What is the working principle of this sensor?
A1: It uses eddy current induction for non-contact displacement measurement.

Q2: Is it suitable for turbine systems?
A2: Yes, it is widely used in steam, gas, and hydro turbine monitoring.

Q3: Does it require physical contact with the target?
A3: No, it operates as a non-contact sensor.

Q4: Can it support continuous monitoring?
A4: Yes, it is designed for real-time continuous monitoring.

Q5: Is it compatible with industrial monitoring systems?
A5: Yes, it integrates with EPRO monitoring and protection systems.

Q6: What industries typically use this sensor?
A6: Power generation, oil and gas, petrochemical, and heavy industry.

Q7: Can it operate in harsh environments?
A7: Yes, it is built for demanding industrial conditions.

Q8: Does it support predictive maintenance?
A8: Yes, it is widely used in condition-based maintenance systems.

Q9: What type of signal does it provide?
A9: It outputs displacement signals via compatible EPRO modules.

Q10: Is recalibration required?
A10: Periodic calibration may be required depending on operating conditions.