E2EC-CR8D1-3 0.12M

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Proximity Sensors have become widely used in industrial automation due to their ability to detect objects in a range of distances without any contact or physical mechanical operation. One example of a proximity sensor is the E2EC-CR8D1-3 0.12M, which is typically used in industrial automation applications. This article will focus on the application field, working principle, and some brief introduction of E2EC-CR8D1-3 0.12M.

The E2EC-CR8D1-3 0.12M has a detection range of 0.12mm and is primarily used in industrial automation applications such as position sensing, presence/absence detection, and object counting. It is able to detect a variety of objects, including ferromagnetic, non-ferromagnetic, and porous materials. The sensor is extremely precise and can detect objects with a high degree of accuracy. In addition, it is highly reliable, with a robust construction and long-term operation.

The working principle of the E2EC-CR8D1-3 0.12M is based on eddy-current proximity sensing. The sensor utilizes an electromagnetic field that can detect objects without direct contact or physical movement. When an object is within the detection range, the eddy-currents generated by the electromagnetic field will be modified, and this will cause a corresponding change in the sensor’s output. This output can then be used to detect the presence of the object.

The E2EC-CR8D1-3 0.12M has a number of advantages in comparison to other types of sensors. It is small and unobtrusive, making it easy to install and use. In addition, it is highly reliable, with a long life-span and low power consumption. Furthermore, the sensor is highly accurate and can detect objects with a high degree of precision. Finally, the sensor is compatible with a range of technologies, allowing for its integration with existing industrial automation systems.

In conclusion, the E2EC-CR8D1-3 0.12M is a proximity sensor that is primarily used in industrial automation applications. It has a detection range of 0.12mm and utilizes an eddy-current proximity sensing principle. The sensor is highly reliable, precise, small, and low-power consuming. It is also highly compatible with a range of technologies, allowing it to be integrated with existing industrial automation systems.

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