70156-3565

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Optical Sensors are a type of sensing device that utilizes light waves and photons for the purpose of detecting, measuring, and monitoring physical phenomena in industrial, commercial, and military settings. Photoelectric and Industrial Sensors are types of Optical Sensors.

70156-3565 Industrial Sensor Overview

The 70156-3565 Photoelectric Industrial Sensor is designed to detect objects, measure their position and size, and determine their orientation. The technology behind the 70156-3565 reflects infrared light, allowing it to pick up objects in low light and various angles. The sensor, which is available in a broad range of sizes and configurations, is able to detect objects from 0.25 inches to 16 inches away and operates at peak power efficiency.

This infrared sensor’s detection range is adjustable, allowing for application flexibility. The 70156-3565 is available in both photoelectric and industrial versions, with the industrial version being designed for improved longevity and accuracy. The industrial version of this Optical Sensor is equipped with a built-in aiming light, making it easier to setup and install. The 70156-3565 is used in a variety of applications, including industrial material handling and inspection.

Application Field and Working Principle

The 70156-3565 is used in a diverse range of industrial applications, including material sorting and inspection, robotic navigation, and metal and glass lamination. The sensor’s adjustable detection range makes it suitable for a variety of sensing applications, with its infrared light capable of detecting objects from a range of distances without needing to be adjusted or reset.

The 70156-3565 utilizes the photoelectric effect to detect objects, positioning them and their relative distances and sizes through the use of reflected infrared light. When the infrared light is reflected, it is sent back to the receiver, where it is used to create a map of the objects and their characteristics. This reflection and interpretation of light is then used to provide the sensor’s readings.

In order to reduce the effects of environmental interference, the 70156-3565 is designed with enhanced optical control, which eliminates optical drift due to noise and light glare. This ensures accuracy and 8ncreases the reliability of the sensor’s readings. Additionally, the sensor’s infrared light source is designed to be stable and reliable, allowing for precise detection of objects from a wide variety of angles.

Conclusion

The 70156-3565 industrial sensor is an advanced optical sensor capable of providing accurate readings from a wide variety of distances and angles. The sensor provides an adjustable detection range, enhanced optical control, and a reliable infrared light source, making it suitable for various industrial applications, such as material sorting, inspection, and robotic navigation. In addition to its impressive features, the 70156-3565 also offers reliable accuracy and stability, with its readings unaffected by environmental conditions and interference.

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