Epro PR6424/017-000 16 mm Eddy-Current Sensor

Product Introduction

The Epro PR6424/017-000 Eddy-Current Sensor is part of the PR6424 series, engineered to deliver highly accurate and stable measurements of shaft displacement and vibration in rotating machinery. With a sensor head diameter of 16 mm, it provides robust performance in industrial environments where precise condition monitoring is essential. Its non-contact measurement capability ensures reliable operation under demanding conditions, making it a trusted component in predictive maintenance and machinery protection systems.

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Technical Parameters

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Product Applications

• Steam and gas turbines for shaft vibration and displacement measurement.

• Compressors and pumps for dynamic monitoring and protection.

• Industrial motors and generators for predictive maintenance.

• Petrochemical and refinery equipment for continuous condition monitoring.

• Power plants and critical process industries where downtime prevention is essential.

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Product Advantages

• Non-contact measurement ensures long-term durability and minimal wear.

• High sensitivity and linearity for accurate detection of shaft vibration.

• Wide temperature range supports operation in harsh environments.

• Stable frequency response allows monitoring of fast shaft dynamics.

• Compatibility with Epro proximitor units ensures system flexibility.

• Robust design resists industrial noise, oil, and other harsh conditions.

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FAQ

Q1: What is the standard sensitivity of the PR6424/017-000 sensor?
A1: The standard sensitivity is 8 mV/μm, calibrated for shaft vibration measurement.

Q2: Which proximitor modules are compatible with this sensor?
A2: It is fully compatible with Epro CON011 and CON021 proximitor units.

Q3: What is the typical frequency response range?
A3: The sensor supports up to 10 kHz, suitable for high-speed rotating machinery.

Q4: How does the sensor handle electromagnetic interference?
A4: The integrated coaxial cable and shielded design minimize external noise influence.

Q5: Can the sensor operate in high-temperature conditions?
A5: Yes, it operates reliably between -35 °C and +180 °C.

Q6: What type of signal output does the sensor provide?
A6: It outputs a linear voltage signal proportional to displacement.

Q7: Is calibration required for each installation?
A7: Factory calibration ensures accuracy, but system-level calibration is recommended.

Q8: Can it be used for both radial and axial displacement measurement?
A8: Yes, it supports both axial and radial vibration monitoring depending on installation.

Q9: What is the linearity specification of this model?
A9: The linearity is typically within ±1% of the full-scale measurement range.

Q10: How is the sensor typically mounted on machinery?
A10: It uses a threaded housing for secure and precise installation near the shaft.

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