Product Overview

The Epro PR6423/00R-101+CON031 is a high-precision 8mm Eddy Current Sensor designed for accurate displacement, position, and vibration measurement in industrial applications. It is part of the PR6423 series and incorporates state-of-the-art eddy current sensing technology, ensuring reliable and repeatable measurements even under harsh operating conditions. The sensor utilizes the principle of electromagnetic induction to detect the relative position of a conductive target without making physical contact. This non-contact measurement method ensures minimal wear and tear, which contributes to a longer sensor life and reduced maintenance costs.

The CON031 connector provides easy integration into control systems, ensuring that the sensor can be quickly deployed in a wide range of applications, from machinery monitoring to high-precision position sensing. The compact and durable design of the sensor makes it ideal for use in applications where space is limited, and the robust construction ensures it performs well even in demanding environments.

With an 8mm probe, this eddy current sensor is highly sensitive, enabling it to detect small changes in position and displacement with high accuracy. Whether used for rotor position monitoring, vibration analysis, or displacement measurements, the Epro PR6423/00R-101+CON031 sensor delivers dependable performance in industrial settings where precision and reliability are critical.

Product Specifications

Applications

The Epro PR6423/00R-101+CON031 8mm Eddy Current Sensor is highly versatile and used in various industrial and engineering applications. Some common areas of use include:

1. Vibration Monitoring: In rotating machinery such as motors, turbines, and compressors, the sensor provides real-time feedback on vibrations, helping in predictive maintenance and condition monitoring.

2. Displacement Measurement: It is widely used to measure displacement or changes in position in applications where non-contact measurement is essential, such as in high-precision linear position feedback systems.

3. Rotor and Shaft Monitoring: In industries like power generation, steel manufacturing, and oil and gas, the sensor monitors the position of shafts and rotors to ensure proper alignment and to detect potential issues before they become critical.

4. Bearing and Shaft Misalignment Detection: The sensor can detect any misalignment between shafts and bearings, preventing wear and tear in critical mechanical systems.

5. Automated Manufacturing Systems: Used in CNC machines, robotics, and automated assembly lines for precise positioning and measurement tasks where contact-based systems might fail or be impractical.

6. Test and Measurement Systems: Employed in testing laboratories to monitor the performance of machinery and systems, ensuring that products meet specific quality and safety standards.

7. Automotive Testing: In automotive testing rigs, it is used to measure vibration, displacement, and position of engine parts or other critical components.

8. Aerospace and Aviation: The sensor is used in the aerospace industry for monitoring critical components, such as turbine blades, ensuring safety and performance.

9. Hydraulic Systems: In industrial hydraulic systems, it measures the position of pistons and valves, enabling accurate control of fluid flow and pressure.

10. Industrial Equipment and Systems: Ideal for high-precision equipment such as CNC machines, automated factories, and material handling systems where continuous position feedback is required.

Advantages

• Non-contact Measurement: The eddy current sensing technology ensures no physical contact between the sensor and the target, leading to minimal wear and tear and increased sensor life.

• High Precision: With micron-level resolution, the sensor provides extremely accurate and repeatable measurements, even in challenging environments.

• Durable Construction: The sensor’s robust construction, including a stainless steel housing, makes it resistant to dust, moisture, and harsh industrial conditions (IP67 rating).

• Wide Temperature Range: The sensor operates reliably in extreme temperatures, from -40°C to +85°C, making it suitable for a broad range of environments.

• Flexible Output Options: The analog output (4-20mA, 0-10V) can be configured according to system requirements, allowing for seamless integration with various control systems.

• Easy Integration: The CON031 M12 connector ensures quick and secure connections to control systems, reducing setup time.

• Compact Design: The small size of the sensor allows it to be used in tight spaces where larger sensors might not fit, making it suitable for installations with space limitations.

• Minimal Maintenance: As a non-contact sensor, it requires less maintenance compared to traditional contact-based sensors, reducing operational costs over time.

• High Frequency Response: With a frequency response of DC to 10 kHz, the sensor is capable of capturing high-speed changes in position and displacement.

• Long-lasting Reliability: Built for industrial environments, it provides continuous, stable performance, even under challenging conditions.

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