E2B-M12LN08-WP-C1 5M

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Proximity Sensors, also known as inductive, capacitive or magnetic sensors, are designed to detect the presence of metallic objects, such as a part or an assembly. These sensors operate on the principle of magnetism and/or capacitance. The E2B-M12LN08-WP-C1 5M is a type of proximity sensor that uses the principles of both magnetism and capacitance to detect the presence of metallic objects.

The E2B-M12LN08-WP-C1 5M is a combination of an inductive sensor and a capacitive proximity sensor. It is designed to detect the difference between metallic objects and non-metallic objects, and is capable of operating in an environment with electromagnetic interference (EMI). The sensor is capable of detecting objects up to 5mm in size with an accuracy of 0.5mm.

The working principle of the E2B-M12LN08-WP-C1 5M is based on the interaction between two materials. The sensor has two coils: an inductive coil and a capacitive coil. When an object passes through the induction coil, an electrical current is induced in it. This current causes a change in the capacitance of the capacitive coil. The electronics in the sensor detect this change in capacitance and signal its presence.

The E2B-M12LN08-WP-C1 5M has many applications in industrial fields such as robotics, assembly lines, machine vision, and medical device manufacturing. It can be used to detect the presence of objects, such as parts, in an assembly line. It can also be used for edge detection in robotics applications. In medical device manufacturing, it can be used to detect the presence of medical parts, such as syringes and tubes. It can also be used in machine vision applications to detect the presence of objects in an image.

The E2B-M12LN08-WP-C1 5M is an advanced proximity sensor that combines the principles of magnetism and capacitance. It is designed to detect the presence of metallic objects up to 5mm in size, and its accuracy is 0.5mm. It is capable of operating in an environment with electromagnetic interference, and is suitable for many industrial applications, such as robotics, assembly lines, machine vision, and medical device manufacturing.

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