KT5G-2P1111

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KT5G-2P1111 is an industrial optical sensor that is part of the broader range of photoelectric sensors present in the optical sensors industry. Photoelectric sensors are made of optics that evaluate the light reflected from an object to calculate the position, distance, presence or something else. Industrial optical sensors are practical sensors used in the industrial automation. There are various types of industrial optical sensors, according to the application field:

Diffuse Reflection Sensors

Diffuse reflection sensors are used to detect light or dark objects. This type of sensor operates on a reflection-based principle: an infrared light-emitting diode is used as a light source, and the object reflects the light off a diffuse reflector, which is then detected by a photosensitive element. The photodetector is designed to convert the reflected light into a current or voltage signal.Diffuse reflection sensors are used in applications such as motion detector, safety barrier, presence detector and so on. The KT5G-2P1111 is one example of diffuse reflection sensor.

Retroreflective Sensors

Retroreflective sensors use a retroreflector, which is an optical device designed to reflect a light beam back to its source along the same path. The retroreflector consists of a lens, a light-reflecting surface and a light-reflecting material. The light source projects a beam of light onto the retroreflector, and the beam is then reflected back to the light source. The reflected beam is detected by a photosensitive element, which then used to calculate the position or distance of the object. Retroreflective sensors are used in applications such as presence detection, motion detection, and obstacle detection. The KT5G-2P1111 is also one example of retroreflective sensor.

Laser Sensors

Laser sensors are used to detect objects at very long distances. They make use of laser light as a source and employ a variety of techniques to detect objects. Common laser sensors include Lidar sensors, time-of-flight sensors and coded sensors. Lidar sensors make use of an intense laser beam to measure the distance between the sensor and the object. Time-of-flight sensors measure the round-trip time taken by a light beam to travel to a reflecting surface and back to the sensor. Coded sensors use a code pattern, which is a set of pulse sequences, to detect objects. Laser sensors are used in applications such as 3D imaging, object tracking and motion detection. The KT5G-2P1111 is not a laser sensor.

Working Principle of KT5G-2P1111

The KT5G-2P1111 sensor is a specific type of industrial optical sensor, used for sensing objects in harsh industrial environments. This sensor is designed to detect the presence of an object by using a diffuse reflection principle. The sensor has an integrated infrared light-emitting diode and a photosensitive element. It is capable of emitting light and detecting the light that is reflected by the object. The amount of light reflected off the object is measured and the presence of the object can be determined when the light level reaches a certain intensity. The operation of the device can be triggered by the object itself or an external control. The device is equipped with a wide range of features, such as adjustable sensitivity and response time, and the ability to change the operating mode.

The KT5G-2P1111 is an industrial optical sensor that is suitable for various applications in the industry, such as motion detection, presence detection, and safety barriers. It is rugged and reliable, and can be used in harsh industrial environments. The optical sensor is easy to install and maintain, and its functionalities can be adjusted to suit specific applications and environments.

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