E2B-M12LN08-WP-B2 2M

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Proximity sensors are electrical transducers that detect the presence of objects in their vicinity without physical contact. The E2B-M12LN08-WP-B2 2M is a proximity sensor designed to detect a variety of objects and materials. This article will discuss the application field of the sensor and its working principle.

The E2B-M12LN08-WP-B2 2M is a through-beam sensor with a sensing distance of 2 meters. It is designed to detect metallic and non-metallic objects including human body, wood, paper, and plastic. The sensor is resistant to dust, oil, water, and other contaminants, making it well-suited for environmental applications.

The E2B-M12LN08-WP-B2 2M is suitable for factory automation, safety systems, industrial monitoring, and a variety of other application fields. It can be used to detect and measure the presence, position, and movement of objects in its vicinity. The sensor is also useful for detecting and preventing accidents and for controlling automated processes.

The E2B-M12LN08-WP-B2 2M is designed for easy installation and connection. The sensor has two output modes, open-collector and PNP, which can be easily selected with the built-in switch. The power supply voltage is 12–24V DC, with an adjustable sensitivity range of 0–2 meters.

The working principle of the E2B-M12LN08-WP-B2 2M is based on the retroreflection principle. The sensor transmits infrared light and receives the reflected light when it detects an object in its sensing area. The time taken by the transmitted light to reach the object and the reflected light to reach the sensor is measured and used to calculate the distance. The sensor is designed to produce a high output when the object is within 2 meters, and the output decreases to zero when the object is farther away.

In summary, the E2B-M12LN08-WP-B2 2M is a proximity sensor that can detect objects over a distance of 2 meters. This sensor is suitable for a variety of applications including factory automation, safety systems, and industrial monitoring. Its working principle is based on the retroreflection principle, where the time taken by the transmitted light to reach the object and the reflected light to reach the sensor is used to calculate the distance.

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