Epro PR6424/010-000+CON021 16mm Eddy Current Sensor

The Epro PR6424/010-000+CON021 is an industrial-grade eddy current displacement sensor designed for accurate non-contact measurement of shaft position, vibration, and displacement. This sensor belongs to Epro’s highly respected PR6424 series, developed for use in demanding monitoring environments such as rotating machinery in power generation, oil & gas, and heavy industrial systems.

This specific model is fitted with a 16mm probe tip diameter, making it ideal for large shaft diameters and longer measuring distances. It comes paired with the CON021 converter, which ensures seamless signal processing and compatibility with various monitoring systems such as MMS6000, MMS3000, and VM600. Thanks to its robust construction and high-temperature tolerance, the PR6424/010-000+CON021 is trusted for critical applications where operational reliability and diagnostic accuracy are paramount.

Product Specifications

Product Applications

The PR6424/010-000+CON021 sensor is engineered for critical machine condition monitoring and predictive maintenance applications, particularly where larger shaft sizes and extended measurement ranges are required. Typical application areas include:

• Large Steam and Gas Turbines – Shaft vibration and axial displacement monitoring.

• Heavy-duty Centrifugal Compressors – Condition-based maintenance support.

• Large Electric Motors and Generators – Misalignment detection and dynamic analysis.

• Industrial Fans and Blowers – Monitoring for unbalance or bearing wear.

• Oil & Gas Processing Equipment – Deployed in ATEX-rated areas with high ambient stress.

• Steel Plants and Paper Mills – Continuous operation under harsh mechanical and environmental conditions.

Its large sensing diameter and rugged construction make it especially suitable for high-power, slow-speed machines where accuracy over a wide gap is crucial.

Product Advantages

• Extended Measuring Range

  The 16mm probe supports a larger distance between the sensor and target, suitable for large-diameter shafts and wider mechanical tolerances.

• High-Temperature Resistance

  Operates reliably up to 180°C on the probe side, ensuring consistent performance in thermally intense environments.

• Rugged IP68 Construction

  Withstands water, oil, dust, and other contaminants commonly found in industrial settings.

• Non-contact Operation

  Prevents mechanical wear, reduces maintenance frequency, and ensures long service life.

• Precision Measurement

  Low non-linearity and high resolution for accurate signal acquisition in both static and dynamic conditions.

• System Compatibility

  Designed to work seamlessly with Epro and Emerson condition monitoring systems including MMS and VM platforms.

• Customizable Cable Options

  Various lengths and connector types can be tailored to suit installation constraints.

• Compliant and Certified

  Built to meet CE and RoHS standards, with ATEX-certified versions available for explosive zones.

• Field Proven Reliability

  Trusted by OEMs and maintenance teams worldwide for use in demanding industries.

• Comprehensive Support

  Backed by Emerson’s global support and calibration services for lifecycle management.

Frequently Asked Questions (FAQ)

1. What shaft sizes is the 16mm sensor tip best suited for?

   It is designed for large shafts, typically those over 100 mm in diameter.

2. Can this sensor be installed vertically or upside down?

   Yes, the probe can be mounted in any orientation without affecting performance.

3. Is the CON021 converter necessary for the system to work?

   Yes, the converter is critical for signal conditioning and system compatibility.

4. What types of materials can the probe detect?

   It is optimized for conductive metals such as steel, aluminum, and stainless steel.

5. Can this sensor be used in hazardous zones?

   ATEX-certified versions are available for installation in explosive or flammable environments.

6. What is the expected service life of this sensor?

   Typically 5-10 years, depending on environmental and operational conditions.

7. Does the sensor require recalibration?

   Periodic recalibration is recommended during major overhauls or every 2–3 years.

8. What is the maximum operating cable length?

   Standard configurations allow up to 9 meters; longer lengths may reduce signal integrity.

9. Can this sensor output be connected to third-party monitoring systems?

   Yes, as long as the voltage output range and impedance match the input specs of the system.

10. Is the sensor immune to electromagnetic interference?

    Yes, the sensor and cable are shielded, minimizing the effects of EMI/RFI.