Epro PR6424/002-000 16mm Eddy-Current Sensor

Product Introduction

The Epro PR6424/002-000 16mm Eddy-Current Sensor is a precision sensor designed for vibration, displacement, and shaft position monitoring in critical rotating machinery. This sensor utilizes the eddy-current principle to provide accurate, contactless measurement, making it suitable for high-speed turbomachinery such as compressors, turbines, and pumps. It is often paired with Epro’s CON series proximity probe drivers for complete vibration monitoring systems, ensuring compliance with API 670 standards.

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Technical Parameters

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Product Applications

• Turbomachinery monitoring – continuous vibration and shaft displacement measurement in turbines, compressors, and generators.

• Condition monitoring systems – integrated into predictive maintenance setups for early fault detection.

• Shaft vibration measurement – ensures safe operation of high-speed rotating equipment.

• Bearing monitoring – evaluates bearing condition by detecting shaft orbit and relative displacement.

• API 670 compliant systems – suitable for industries requiring strict vibration monitoring standards, including oil & gas, power generation, and petrochemicals.

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Product Advantages

• Non-contact measurement ensures no mechanical wear and long-term reliability.

• High accuracy and stability with excellent linearity across its measuring range.

• Rugged design for operation in harsh industrial environments.

• Wide frequency response suitable for dynamic vibration analysis.

• Flexible integration with Epro CON-series drivers and monitoring systems.

• Compliance with API 670 ensures compatibility with international industry standards.

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FAQ

Q1: What is the working principle of the PR6424/002-000 sensor?
A1: It works on the eddy-current principle, detecting changes in electromagnetic fields to measure the distance between the probe tip and the conductive shaft surface.

Q2: What type of driver is required for this sensor?
A2: It is typically used with Epro CON series drivers (e.g., CON041, CON021) to provide calibrated outputs.

Q3: Can this sensor detect both static and dynamic displacements?
A3: Yes, it measures both static shaft position and dynamic vibration components.

Q4: What is the typical frequency response of the sensor?
A4: The frequency response is DC to 10 kHz, suitable for most machinery vibration monitoring.

Q5: Is the sensor resistant to oil and industrial contaminants?
A5: Yes, the stainless steel housing and hermetically sealed design provide protection against oil, dust, and moisture.

Q6: What is the maximum cable length supported without signal degradation?
A6: Typically up to 9 meters depending on the driver configuration, ensuring stable signal transmission.

Q7: How is the sensor calibrated?
A7: Calibration is performed in combination with its matching driver, ensuring a linear response across the measuring range.

Q8: Can the sensor be used in high-temperature environments?
A8: Yes, it is designed to operate reliably up to +180 °C.

Q9: What is the advantage of using an 8mm probe diameter?
A9: The 8mm probe provides a balance between measurement sensitivity and mechanical robustness, suitable for a wide range of machinery.

Q10: Does the sensor support redundant monitoring setups?
A10: Yes, it can be integrated into dual or redundant monitoring systems for enhanced reliability in critical applications.

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FAQ

Q1: What is the working principle of the PR6424/002-000 sensor?
A1: It works on the eddy-current principle, detecting changes in electromagnetic fields to measure the distance between the probe tip and the conductive shaft surface.

Q2: What type of driver is required for this sensor?
A2: It is typically used with Epro CON series drivers (e.g., CON041, CON021) to provide calibrated outputs.

Q3: Can this sensor detect both static and dynamic displacements?
A3: Yes, it measures both static shaft position and dynamic vibration components.

Q4: What is the typical frequency response of the sensor?
A4: The frequency response is DC to 10 kHz, suitable for most machinery vibration monitoring.

Q5: Is the sensor resistant to oil and industrial contaminants?
A5: Yes, the stainless steel housing and hermetically sealed design provide protection against oil, dust, and moisture.

Q6: What is the maximum cable length supported without signal degradation?
A6: Typically up to 9 meters depending on the driver configuration, ensuring stable signal transmission.

Q7: How is the sensor calibrated?
A7: Calibration is performed in combination with its matching driver, ensuring a linear response across the measuring range.

Q8: Can the sensor be used in high-temperature environments?
A8: Yes, it is designed to operate reliably up to +180 °C.

Q9: What is the advantage of using an 8mm probe diameter?
A9: The 8mm probe provides a balance between measurement sensitivity and mechanical robustness, suitable for a wide range of machinery.

Q10: Does the sensor support redundant monitoring setups?
A10: Yes, it can be integrated into dual or redundant monitoring systems for enhanced reliability in critical applications.

Related Models from the Same Series

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Popular Models from the Same Brand

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