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Optical Sensors – Photoelectric, Industrial

The WTF12-3N1131 is a type of optical sensor designed for industrial and photoelectric applications solely. It is an advanced optical device designed to detect a wide range of wavelengths and is composed of an array of miniature lenses, transducers, and filters.

Light travels through the array of miniature lenses and is then concentrated onto a smaller area forming an image of the desired object. This image is then picked up by the transducers and sent to the processor for further analysis. The processor then compares the image to the stored object and sends the resulting signal back through the array of lenses. If the image is correct, then a green light will appear indicating a detection. If incorrect, a red light will appear along with a warning.

The main purpose of the WTF12-3N1131 is to detect objects of varying wavelengths in both industrial and photoelectric applications. The device is capable of detecting objects ranging from very large, like a car, to very small, such as a microchip. This makes it an ideal tool for identifying objects in a variety of industrial processes such as manufacturing, production, and packaging.

The WTF12-3N1131 is also used in photoelectric applications due to its high sensitivity and accuracy. The device is able to detect very small objects with great precision and is often deployed in applications such as surveillance systems, portable scanners, and medical imaging equipment. This versatility makes it a valuable tool for detecting objects in a range of environments quickly and accurately.

To ensure maximum accuracy, the WTF12-3N1131 can be configured to detect objects with specific characteristics. This includes adjustable parameters for image size, resolution, focus distance, and luminosity. This advanced functionality allows users to optimize the device for various applications and ensures that the device is accurate in all cases.

The WTF12-3N1131 is a versatile optical sensor designed for industrial and photoelectric applications. The device features an array of miniature lenses and transducers that can detect objects of varying wavelength and size. Its adjustable parameters for image size, resolution, focus, and luminosity make it an ideal tool for various applications including surveillance, medical imaging, and manufacturing.

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