The Epro PR6423/001-010-CN is a high-precision 8mm Eddy Current Sensor used for measuring displacement, vibration, and position in various industrial applications. This sensor uses the principle of Eddy Current measurement to provide highly accurate and reliable data for monitoring machinery health, particularly in rotating equipment such as turbines, motors, and pumps. The sensor is designed for easy integration into control systems and is known for its robust construction, making it ideal for harsh industrial environments.

Product Specifications

Applications

The Epro PR6423/001-010-CN 8mm Eddy Current Sensor is primarily used in industries where precision measurement is critical. Some of the key applications include:

• Rotating Machinery Monitoring: Used in turbines, motors, and pumps to measure displacement and vibration.
• Machine Tool Monitoring: Helps in accurate positioning and measurement in automated systems.
• Condition Monitoring: Allows for early detection of issues like misalignment, wear, and imbalance in machinery.
• Structural Health Monitoring: Used in monitoring the integrity of structures in aerospace, automotive, and heavy industries.
• Vibration Analysis: Provides accurate measurements for vibration analysis and preventive maintenance in heavy machinery.

Advantages

• High Precision: Offers extremely high accuracy (±0.02 mm), ideal for critical applications.
• Wide Temperature Range: Can operate in a broad temperature range from -40°C to +85°C, making it suitable for challenging environments.
• Compact and Robust Design: The sensor features a compact stainless-steel housing with an IP67 rating, ensuring durability in harsh industrial settings.
• Non-contact Measurement: Being an Eddy Current sensor, it provides non-contact measurements, reducing wear and tear on the sensor and ensuring longer operational life.
• Easy Integration: Its 4-20 mA or 0-10V DC output allows easy integration with most control systems and PLCs.
• Reliable and Stable: It offers stable readings even under vibrations and other challenging conditions, making it highly reliable for continuous monitoring.