E2Q2-N30MY4-H

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Proximity sensors, also known as inductive proximity sensors, are non-contact sensing devices commonly used to detect the presence of a metal target or the position of an object by sensing the change in the surrounding electromagnetic field. Among various proximity sensor types, including the capacitive proximity sensor and the ultrasonic proximity sensor, the most popular type is the E2Q2-N30MY4-H, which is a high-precision inductive proximity sensor.

The E2Q2-N30MY4-H has a wide variety of application fields. It is suitable to be used as a position detection sensor, being able to detect the presence of a metallic object and the range of its movement, allowing for accurate positioning of the target object. It is also suitable to be used as an object detection sensor, capable of detecting the presence of a metallic object within its area of detection, making it ideal for industrial automation systems with robotic components.

The working principle of the E2Q2-N30MY4-H is based on the phenomenon of inductive coupling, which states that a current-carrying coil creates an electromotive force (EMF) in its surroundings. In the case of this type of proximity sensor, when a metallic object enters into its detecting range, the EMF induced by the sensor coil increases, and this change is measured as a detection signal. By evaluating this change in signal, the surrounding environment can be monitored and, if necessary, the output signal of the sensor can be used to control other processes.

The E2Q2-N30MY4-H offers high repeatability and stability, allowing for very accurate detection. The sensor also features a built-in temperature compensation system, which ensures the accuracy of the sensing signal despite any changes in environmental temperature. Moreover, the E2Q2-N30MY4-H has a quick response time, with a maximum of 4 ms, making it ideal for applications where fast response is a necessity.

In conclusion, the E2Q2-N30MY4-H is a highly popular inductive proximity sensor, suitable for industrial automation and positioning systems. It is capable of accurate position detection and object presence sensing, and it offers high repeatability, stability and fast response speed. This makes the E2Q2-N30MY4-H particularly suitable for applications that require precise and fast detection.

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