Epro PR6423/005-0F2 8mm Eddy-Current Sensor

Product Introduction

The Epro PR6423/005-0F2 is a precision 8mm eddy-current displacement sensor designed for high-accuracy measurement in industrial applications. It operates by detecting variations in the electromagnetic field as a conductive target moves relative to the sensor tip. The sensor is suitable for monitoring machinery vibration, shaft displacement, and other dynamic measurements where non-contact sensing is critical. Its robust construction ensures reliable performance in harsh industrial environments.

---

Technical Specifications

---

Product Applications

• Vibration Monitoring: Used to measure rotor vibration and shaft displacement in turbines, motors, and generators.

• Industrial Automation: Provides precise displacement feedback for process control systems.

• Turbomachinery: Measures the position and clearance of rotating machinery components.

• Quality Control: Non-contact inspection of moving parts to detect misalignment or mechanical wear.

• Research and Development: High-precision measurements in mechanical testing labs.

---

Product Advantages

• High Precision: Ensures accurate detection of micro-displacements in dynamic systems.

• Non-Contact Measurement: Reduces wear and maintenance needs while providing reliable long-term performance.

• Wide Operating Range: Capable of functioning in extreme temperatures and industrial environments.

• Fast Response: Suitable for high-frequency monitoring applications.

• Robust Construction: Stainless steel housing protects against mechanical stress and environmental factors.

• Flexible Integration: Standard connectors and output types allow easy connection to control systems or data acquisition units.

---

FAQ

• Q1: What is the maximum frequency the sensor can reliably measure?
  A1: The sensor can measure frequencies up to 10 kHz without significant signal distortion.

• Q2: Can this sensor operate in a high-temperature environment?
  A2: Yes, it supports operating temperatures from -40°C to +125°C.

• Q3: What output types are available for this model?
  A3: It provides analog outputs: ±5 V or 4–20 mA, compatible with most data acquisition systems.

• Q4: Is the sensor sensitive to non-metallic targets?
  A4: No, eddy-current sensors only detect conductive targets, typically metals.

• Q5: What type of mounting is required for accurate measurement?
  A5: The sensor should be mounted with a stable, rigid bracket to prevent vibration interference.

• Q6: How is linearity maintained across the measurement range?
  A6: The sensor uses a precision coil and signal conditioning circuitry to maintain ±1% full-scale linearity.

• Q7: Can this sensor be used in vacuum or low-pressure environments?
  A7: Yes, as long as the temperature remains within its operating range and the sensor is protected from mechanical impact.

• Q8: How long can the cable be extended without signal loss?
  A8: The standard 2 m cable can be extended up to 10 m with proper shielding to prevent electromagnetic interference.

• Q9: Does the sensor require calibration?
  A9: Yes, periodic calibration is recommended to maintain measurement accuracy, particularly in critical industrial applications.

• Q10: Can this sensor measure both static and dynamic displacement?
  A10: Yes, it is capable of detecting both stationary and high-frequency dynamic displacements.

---

Recommended Same-Series / Related Models

---

Popular Epro Models

FAQ

• Q1: What is the maximum frequency the sensor can reliably measure?
  A1: The sensor can measure frequencies up to 10 kHz without significant signal distortion.

• Q2: Can this sensor operate in a high-temperature environment?
  A2: Yes, it supports operating temperatures from -40°C to +125°C.

• Q3: What output types are available for this model?
  A3: It provides analog outputs: ±5 V or 4–20 mA, compatible with most data acquisition systems.

• Q4: Is the sensor sensitive to non-metallic targets?
  A4: No, eddy-current sensors only detect conductive targets, typically metals.

• Q5: What type of mounting is required for accurate measurement?
  A5: The sensor should be mounted with a stable, rigid bracket to prevent vibration interference.

• Q6: How is linearity maintained across the measurement range?
  A6: The sensor uses a precision coil and signal conditioning circuitry to maintain ±1% full-scale linearity.

• Q7: Can this sensor be used in vacuum or low-pressure environments?
  A7: Yes, as long as the temperature remains within its operating range and the sensor is protected from mechanical impact.

• Q8: How long can the cable be extended without signal loss?
  A8: The standard 2 m cable can be extended up to 10 m with proper shielding to prevent electromagnetic interference.

• Q9: Does the sensor require calibration?
  A9: Yes, periodic calibration is recommended to maintain measurement accuracy, particularly in critical industrial applications.

• Q10: Can this sensor measure both static and dynamic displacement?
  A10: Yes, it is capable of detecting both stationary and high-frequency dynamic displacements.

Recommended Same-Series / Related Models

---

Popular Epro Models

Excellent PLC Co., Ltd. has a large number of brand new and original PLC and DCS spare parts, with more than 60 cooperative countries. All products are guaranteed for 1 year and delivered to you by high-quality express. We are committed to using the best products and the most favorable prices to meet the needs and friendship of our customers. We have won the trust of thousands of customers, including these excellent customers.

As for the delivery time, when we receive your order requirements, we will arrange for warehouse personnel to test and verify the products. After you place the order, we will send it to you within 24 hours.