E2B-M18LN10-WP-C2 5M

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Proximity Sensors

Proximity sensors are devices used to detect the presence of objects without physical contact. They come in a variety of shapes, sizes and types, including those using inductive, capacitive, ultrasonic, photoelectric, hall effect, and eddy current technologies. The type of proximity sensor being discussed in this article is the E2B-M18LN10-WP-C2 5M, an inductive proximity sensor.

Inductive Proximity Sensors

An inductive proximity sensor consists of an inductor, or loop of wire, around which passes an alternating current. This creates an electro-magnetic field, which is disturbed when a metal object (or sometimes an object made of another material, such as plastic or paper) comes close to it. This disruption of the field causes a voltage to be generated in the inductor which can then be measured.

In the case of the E2B-M18LN10-WP-C2 5M, the sensor has an operating distance of 5mm (0.2"), meaning it will detect an object that approaches or penetrates within that distance. It also has a detecting range of 0-8mm (0.3-0.315"), allowing it to measure the distance of an object within that range.

Application Fields and Working Principles of E2B-M18LN10-WP-C2 5M

The E2B-M18LN10-WP-C2 5M is designed for use in automated machinery, factory automation, and other industrial applications where objects must be identified or counted accurately. The sensor can detect metallic objects that approach or penetrate within 5mm (0.2") of the sensor of up to 8mm (0.3-0.315") thick and is suitable for use with objects such as gears, cups, feed screws, and other regular shaped objects.

The E2B-M18LN10-WP-C2 5M is a simple to use and reliable proximity sensor. It is robust and can be used in a variety of industrial environments. Its operating principle is simple - it relies on the fact that metal objects disrupt the electro-magnetic field created by the inductor when they come close to it. This disruption is detected by the sensor, which then generates a voltage. The sensor can then be programmed to take some sort of action when the voltage goes above a certain level, such as activating a switch or signaling that an object is present.

The E2B-M18LN10-WP-C2 5M is also highly efficient, capable of detecting objects from 6-8mm (0.24-0.315") thick with an accuracy of 0.1mm (0.004"). It is also resistant to interference from electro-magnetic fields and is CE marked for safety.

Conclusion

The E2B-M18LN10-WP-C2 5M is an inductive proximity sensor that is designed for use in automated machinery, factory automation, and other industrial applications. The sensor is robust and highly efficient, allowing it to detect objects with an accuracy of 0.1mm (0.004"). It is also resistant to interference from elecro-magnetic fields, making it reliable and safe for use in a variety of industrial environments.

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