WTT12LC-B2543

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Optical Sensors come under the broad categories of Photoelectric, Industrial, in order to control and automate the industrial process. They detect physical properties of light including distance, position, presence or colour. WTT12LC-B2543 is a series of optical sensors from the same family that comes with unique features to detect this physical properties of light efficiently and reliably.

The WTT12LC-B2543 series is made up of an amplification section and a light source section built into a sealed plastic housing, connecting to an empirical correction circuit. The light source section consists of an infrared diode and a high intensity LED, and the amplification section consists of a differential amplifier and a signal output circuit. These two sections together form the complete unit of the sensor.

The main purpose of the WTT12LC-B2543 is to detect the presence of a specific object, usually in connection with a wide range of industrial applications such as control systems, robotics, packaging machinery, and machine vision. The sensor has an adjustable response time, so it can be implemented in production processes with varying speeds. It has adjustable detection parameters, such as distance, position, and luminance, resulting in it being suitable for a wide range of industrial processes.

The WTT12LC-B2543 works on the principle of optical sensing. When an object enters the detection area of the sensor, light is emitted and reflected back from the object. This reflected light is detected by the sensor and converted into a signal. The signal is then processed and sent to the data process system to be acted upon. The features of this optical sensor include high speed response time, long distance detection range, high accuracy, and adjustable detection parameters.

The WTT12LC-B2543 is a great choice for industrial applications due to its impressive range of features. Its high response time and accuracy make it suitable for complex processes such as robotics and machine vision. The adjustable detection parameters allow it to be implemented in a wide variety of situations, and its long-distance detection range makes it useful for high-speed production processes. Finally, the fact that the sensor is sealed within a plastic housing makes it robust and reliable in industrial environments.

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