E2E-C03N02-WC-B2 2M

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Proximity sensors are designed to detect the presence of nearby objects without any physical contact. They are widely used in the industrial automation system for process control, robotics, etc. E2E-C03N02-WC-B2 2M is a type of proximity sensor that is specially designed for the application of object detection in the robotic industry. This article will provide a brief overview of the application fields and working principle of E2E-C03N02-WC-B2 2M.

Application Fields

E2E-C03N02-WC-B2 2M is a type of general-purpose ultra-long-distance proximity sensor, suitable for a wide variety of applications. It can be used in a wide range of industries, from automotive to robotic, for object detection and process automation. The sensor is designed to detect objects from a distance of up to two meters. This capability makes it ideal for detecting large objects such as cars and trucks in an industrial setting. Additionally, the sensor\'s high accuracy makes it suitable for use in robotic applications such as robotic arms and legs. Furthermore, the sensor is designed for use in height and distance detection in applications such as automated warehouse solutions, where its long detection range is especially beneficial.

Working Principle

E2E-C03N02-WC-B2 2M uses three different technologies to detect objects. First, the sensor utilizes a Pyroelectric Infrared Sensor (PIR) to detect objects at a distance. This technology allows the sensor to detect objects based on their infrared radiation, which is emitted when a mechanical force is applied to it. Additionally, the sensor is equipped with a pair of Directional Reflective Panels (DRP), which direct the infrared radiation emitted by the sensor battery in the desired direction. Finally, the sensor is designed to work in conjunction with a Reflective Light Detector (RLD) to detect objects at a distance and accurately measure their reflection in different wavelengths.When an object is detected in the vicinity of the sensor, the PIR sensor detects its infrared radiation and instructs the RLF to measure the reflectivity in different wavelengths. The measured reflectivity is evaluated by the DRPs which direct the infrared radiation in a desired direction. Once this process is complete, the measured reflectivity data is used to detect the presence of the object. Based on the detected reflectivity of the object, the sensor can also determine its size and shape.

Conclusion

E2E-C03N02-WC-B2 2M is a versatile and reliable proximity sensor for applications such as object detection, process automation, and robotic motion detection. It has a wide detection range up to two meters and utilizes three different technologies for reliable detection. Specifically, it makes use of a PIR sensor, directional reflective panels, and a reflective light detector. Together, these technologies enable the sensor to accurately detect objects from a distance and also measure their reflectivity in different wavelengths. This makes it an ideal choice for a wide variety of industrial and robotic applications.

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