E2QW-N25B1-M1

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Proximity Sensors are the most popular of all the industrial sensors due to their ability to measure close distances, detect objects and provide accurate measurements. The most widely used Proximity Sensors are inductive, capacitive, photoelectric and magnetic sensors. Among these, E2QW-N25B1-M1 is widely used in industrial automation applications.

The E2QW-N25B1-M1 is an inductive Proximity Sensor which uses Faraday\'s Law of Induction to detect the presence or absence of a ferromagnetic target. It works on the principle that current induces a magnetic field which will induce another current if the field interacts with a ferromagnetic material such as iron or steel. This induced current is used to generate a current signal that is detected by the Proximity Sensor to indicate the presence of a ferromagnetic material.

The major features of this sensor that makes it widely used are its sensing range, housing protection, inductance and voltage supply. The sensing range of E2QW-N25B1-M1 is about 8mm and it provides a wide temperature range from -30℃ to + 80℃, making it ideal for industrial applications. It is assembled in a cylindrical case with IP67 degree of protection from dust and water. Furthermore, its operating power ranges from 10-30V DC, making it suitable for many applications.

E2QW-N25B1-M1 is used mainly in industrial automation applications such as detection of machine tools and other automated equipment, as well as in the control of conveyor belts and factories. It is also used in various safety devices such as door opening and closing systems, where a signal from a Proximity Sensor is used to detect the presence of an object. Furthermore, it is used in robotic applications for obstacle avoidance and navigation.

In conclusion, the E2QW-N25B1-M1 is a widely used Proximity Sensor in industrial automation due to its features such as sensing range, housing protection, inductance and voltage supply. It is used mainly in industrial automation applications such as detection of machine tools and other automated equipment, as well as in the control of conveyor belts and factories. It is also widely used in safety devices such as door opening and closing systems, and in various robotic applications.

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