SF2-EH24-N

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Optical sensors are used in a variety of applications for detection purposes. The SF2-EH24-N is a specific model of photointerrupter, and is classified as a slot type with a logic output. Specifically, it is an NPN output photointerrupter with dual layers of lips that are symmetrically arranged over the middle strip.

The key component of the SF2-EH24-N is a light conductor, which is made up of two layers of lips and a middle strip, and is designed to detect when an object passes through its aperture. When an object passes through the aperture, the light conductor will emit an NPN output and supply a voltage. When no object is present, the voltage will be cut off.

The SF2-EH24-N is designed for use in a wide variety of applications, as it can be used to detect a variety of objects ranging from people to small animals. It is also designed to be highly resistant to interference from outside sources, such as sunlight, which makes it suitable for use in outdoor applications. Additionally, it is capable of detecting objects in both the visible and infrared spectrums, making it well-suited for applications that require more precise detection.

The working principle of the SF2-EH24-N is relatively straightforward. When an object passes through the aperture of the device, it emits an NPN output, which is then fed into the control circuit. The control circuit is then programmed to produce a suitable voltage at the output of the device. Once the voltage is provided, the output can then be used to activate other circuits or signal devices in order to initiate some action.

The SF2-EH24-N is designed to be an effective and dependable device for many applications in which accurate object detection is required. Its combination of NPN output and infrared detection capabilities make it well-suited for a wide range of applications, such as security systems, industrial automation, and consumer electronics. Additionally, its simple operating principle and ease of integration make it a great choice for quick and precise detection.

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