E3FA-LN12 2M

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Optical sensors are widely used in industrial, military, and consumer applications. With the growing demand for improved precision in today’s workplace, the optical sensor industry has developed a wide range of sensors to meet this need. One such optical sensor is the E3FA-LN12 2M photoelectric sensor, which is specifically designed for use in industrial applications.

The E3FA-LN12 2M photoelectric sensor is a low-cost industrial sensor designed to precisely detect changes in light energy in a short time period. It has a 0.2 second response time, with a maximum of 0.2 m. The sensor operates on both AC and DC electrical power and is capable of providing highly accurate and continuous monitoring of light energy. The sensor is also equipped with an adjustable light on time and an adjustable energizing time, allowing it to be used in a variety of situations.

The E3FA-LN12 2M photoelectric sensor is composed of a light emitting diode (LED) and a phototransistor, which act as the light sensing elements. The LED emits light that is received and converted into an electrical signal by the phototransistor. The resulting electrical signal is then sent to a processor, which interprets the signal and produces an output, activating a desired functional operation.

In industrial settings, the E3FA-LN12 2M photoelectric sensor is often used to activate automated or robotic machinery, such as a conveyer belt system or robotic arm. By detecting a change in light energy, the sensor will activate the electronic components associated with the system, allowing it to be operated automatically. The sensor can also be used to measure the distance between objects or detect the presence of an object in a particular area.

The E3FA-LN12 2M photoelectric sensor is a cost-effective solution for industrial and consumer applications. Its adjustable light and energizing times make it suitable for a wide range of applications, and its fast response time ensures accurate results. This robust optical sensor is a great option for any industrial application where precise detection of light energy is needed.

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