WL4-3F3030S35

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Optical sensors are devices that detect the presence, absence or measure of other objects by using optical waves. Working principle is that when some kind of light (visible or invisible to the human eye) is directed onto the translucent or transparent object, it will be reflected or transmitted in a certain way, depending on the features of the object. The signal sensed that reflects from the object can then be used for the purpose of controlling, processing and receiving information in industrial system.

WL4-3F3030S35 is an optical sensor that uses the active photoelectric reflex principle. It has an omni-directional infrared source and four receive devices (2 sources x 2) that has a mutual cutoff circuit within the source to reduce mutual interference. This special design allows the WL4-3F3030S35 to detect through openings, obstructions, translucent and transparent objects within 3-30mm range without any blind areas.

This device is mainly used in optical communication and industrial control. The output form can display the signal level of the four channels simultaneously, which is very useful for complex parameter detection, signal analysis and comparison. This feature makes the WL4-3F3030S35 suitable for use in a wide range of industrial applications, such as in inspecting the shape and position of objects, detecting the thickness of transparent materials, scanning for broken wires or detecting presence of materials in a certain position. It is also used for electronic validation such as cars, robots or computer vision.

The WL4-3F3030S35 has a wide range of applications in many industrial sectors like manufacturing, communication and control. Its working principle is based on the active photoelectric reflex principle that uses the omni-directional infrared source and four receive devices that have a mutual cutoff circuit within the source. This allows the device to detect through different substances and obstructions. The output form it provides provides the signal level of the four channels simultaneously, which makes it suitable for complex parameter detection and signal analysis.

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