Epro PR6426/010-141+CON031/916-240 32 mm Eddy Current Sensor

Applications

• Turbomachinery protection systems in power plants for continuous shaft vibration and eccentricity monitoring.

• Large industrial compressors and pumps used in oil & gas and petrochemical production lines.

• Heavy rotating equipment such as steam and gas turbines requiring high-range displacement measurement.

• Condition monitoring systems for early detection of bearing wear, misalignment, and rotor instability.

• Predictive maintenance platforms used in critical asset monitoring and machine health diagnostics.

• High-temperature and high-vibration industrial environments requiring stable long-term signal accuracy.

Key Advantages

• 32 mm probe design enables stable measurement on large shaft diameters with extended displacement range.

• Non-contact eddy current technology ensures zero mechanical wear and long operational life.

• CON031 signal converter provides stable signal conditioning and improved noise immunity in industrial environments.

• High linearity and repeatability support reliable long-term vibration trend analysis.

• Robust construction ensures stable performance under high temperature, oil mist, and vibration conditions.

• Suitable for 24/7 mission-critical machinery protection and condition monitoring systems.

Technical FAQs

Q1: What is the main function of this system?
It measures shaft vibration, displacement, and position in large rotating machinery.

Q2: What does the CON031/916-240 module do?
It converts raw eddy current sensor signals into stable industrial output signals for monitoring systems.

Q3: Is it suitable for turbine applications?
Yes, it is widely used in steam, gas, and hydro turbine monitoring systems.

Q4: What shaft size is recommended?
It is typically used for large shafts (generally ≥200 mm diameter).

Q5: Can it measure both static and dynamic movement?
Yes, it supports both static displacement and dynamic vibration measurement.

Q6: What is the typical measurement range?
It supports up to approximately ±4.0 mm depending on configuration.

Q7: Is it resistant to harsh environments?
Yes, it is designed for high-temperature, high-vibration industrial conditions.

Q8: Does it require contact with the shaft?
No, it uses non-contact eddy current sensing technology.

Q9: Is it used for predictive maintenance?
Yes, it is a core component in condition-based monitoring systems.

Q10: Does it require frequent calibration?
No, it is designed for long-term stability with minimal recalibration.