KT5W-2N2113

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Optical sensors are used in various industrial applications to provide accurate data or feedback into a process control system in real time. Photoelectric Optical Sensors are used to measure a range of phenomena, such as distance, position, level, and other physical or electrical properties. The KT5W-2N2113 is a highly versatile photoelectric device that can be used for a variety of applications. This paper will discuss the application fields and working principle of the KT5W-2N2113.

The KT5W-2N2113 is a high-quality photoelectric device that can be used in numerous applications such as industrial automation, material handling, automotive assembly lines, security, and more. It can detect the presence or absence of an object, as well as monitor the flow and rate of material. It is also capable of outputting digital signals, thus making it a great choice for systems that require accuracy, speed, and robustness.

The device is composed of an infrared LED which emits light pulses, a photo-detector which receives the light pulses, and an optical window to protect the LED and the photo-detector from dust and other contaminants. The photo-detector converts the light pulses into electrical signals and sends them to the control circuit for processing. The device has a fixed detection range of up to two meters, which can be adjusted via a potentiometer on the control circuit.

The working principle of the KT5W-2N2113 is the principle of reflexion. When an object enters the area of the device, the infrared LED is activated and emits light pulses towards the object. The light pulses are reflected and detected by the photo-detector. The control circuit then processes the electrical signal received from the photo-detector and outputs the appropriate digital signal. If the object is detected, the digital signal is ‘ON’ and the device is in ‘detection’ mode. If the object is no longer detected, the digital signal is ‘OFF’ and the device is in ‘non-detection’ mode.

The KT5W-2N2113 is a versatile and highly reliable photoelectric device suitable for a variety of applications in industrial automation and material handling. It is characterized by its fast response time, its adjustable detection range, and its robust design that allows it to withstand harsh environmental conditions. The device has proven to be an invaluable tool in many industrial applications, thanks to its accuracy, reliability, and ease of use.

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