Sensor Type:Eddy Current
Measuring Range (Static):±1.0 mm (.04 in)
Measuring Range (Dynamic):0 to 500μm (0 to 20 mil)
Temperature Error:Zero point: 200 mV / 100˚ K
Weight:0.3 kg
Material:High-quality, durable materials for prolonged service life
Operating Conditions:Wide temperature range compatibility
Certifications:Compliant with international safety and quality standards
Introducing the EPRO PR6424/010-040-CN CON021, an advanced eddy current sensor designed for unparalleled precision and reliability in industrial applications. This cutting-edge technology ensures accurate measurements across various materials and surfaces, providing superior performance in dynamic and challenging environments.
With its wide measuring range, this sensor is capable of static measurements up to ±1.0 mm and dynamic measurements from 0 to 500μm, making it ideal for applications requiring high accuracy and adaptability. Its initial air gap of 0.5 mm ensures consistent performance even at varying distances.
Featuring a robust design, the EPRO PR6424/010-040-CN CON021 is built to withstand harsh conditions. It incorporates a temperature error zero point adjustment mechanism, allowing for precise calibration in different ambient temperatures, ensuring reliable operation under various environmental conditions.
Equipped with advanced circuitry, the sensor delivers exceptional sensitivity and responsiveness, making it suitable for applications in manufacturing, quality control, and automated systems where precise material detection and positioning are critical.
Ease of integration and compatibility with a wide range of industrial automation systems make the EPRO PR6424/010-040-CN CON021 a versatile choice for modern manufacturing environments. Whether in assembly lines, inspection stations, or robotics applications, this sensor enhances efficiency and productivity.
Backed by EPRO’s commitment to quality and reliability, the PR6424/010-040-CN CON021 is certified for use in demanding industries, ensuring safety and compliance with international standards.
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