E2EH-X3C1 5M

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Proximity sensors are devices that detect the presence or absence of objects using different physical phenomena. Common types of proximity sensors include inductive, capacitive, ultrasonic, and optical. The E2EH-X3C1 5M is an inductive proximity sensor primarily used for detecting metallic objects.

This device mimics a magnetic field, whereby a ferromagnetic object passing through the field will induce a voltage in the sensing element. This element translates the voltage change into a variation in the frequency of a pendulum frequency oscillator, which then sends a digital signal to the controller. The frequency is proportional to the distance of the target, which is used for further processing.

The E2EH-X3C1 5M is a reliable and robust proximity sensor designed for use in rugged environments. It requires little to no maintenance and it is unaffected by noise, dirt or dust. The main application fields of this device are in the automotive sector, mechanical and robotics engineering, railway and aerospace engineering, material handling and crane systems.

The E2EH-X3C1 5M is relatively compact and space efficient, and thus can be mounted in almost any tight and constrained space. The device is easy to install and requires only a few basic configuration steps, such as the setup of the detection range, detection speed, and damping range. It is also compatible with a wide range of power supplies and controllers.

The E2EH-X3C1 5M is an ideal solution for a variety of applications, from industrial automation to material handling. Both the detection range and sensing speed are adjustable, meaning the device can be used with any type of application. Its robust construction ensures it is reliable in harsh environments, and its design minimizes the occurrence of false readings due to noise, dirt, and dust.

The E2EH-X3C1 5M is an effective and reliable inductive proximity sensor that can be used in many applications. It has a wide range of power supply and controller compatibility, making it well suited for a variety of applications. Furthermore, its robust construction allows it to effectively function in harsh environments, reducing the chances of false readings due to noise, dirt, and dust.

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