F3ET2-018-1800

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The F3ET2-018-1800 is a photoelectric sensor used in industrial applications.

A photoelectric sensor consists of an infrared or visible light source, an optical lens, and a detector. It works on the principle of measuring distance or movement using reflected light pulses in response to a stimulus. The sensor is triggered by a light source, typically in the infrared or visible wavelength range, that is directed through a lens at a target. When a target is detected, the sensor sends out a signal that is received and processed by a device or system.

The F3ET2-018-1800 uses a precision optical lens to detect objects at long distances. It is designed to offer high accuracy over a range of distances, from 0.5 meters (1.6 feet) to 18 meters (59 feet). The sensor is capable of sensing objects from long distances even in challenging environments such as those with high levels of light interference. It is also designed to be highly sensitive and is suitable for applications where small target objects must be detected.

The F3ET2-018-1800 is ideal for applications in industries such as automotive, factory automation, robotics, and medical device manufacturing. It can be used to detect objects, such as a package on a conveyor line, a moving vehicle in an automated parking garage, or a patient in an operating room. In addition, it can be used for purposes such as identifying the thickness of materials, controlling the speed of production lines, or tracking the location of objects.

The F3ET2-018-1800 operates reliably in environments that have a wide range of temperatures and humidity levels. It is also resistant to vibration, shock, and dust. The sensor requires a voltage of 10 to 30V DC to operate, and it has a current draw of approximately 15mA.

The F3ET2-018-1800 is a reliable and accurate photoelectric sensor that is suitable for a wide range of industrial applications. It is designed to be robust and capable of operating reliably in difficult environments. Through its ability to detect objects from long distances, it can be used to save time, money, and resources in industrial processes.

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