70156-2953

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Optical sensors are electronic components used to detect the presence or absence of an object passing in front of the sensing element. The 70156-2953 is a type of optical sensor, specifically designed to provide electronic recognition of objects passing in front of its sensing element. In this article, we’ll discuss the 70156-2953 application field and working principle.

Application Field of 70156-2953

The 70156-2953 is a photoelectric sensor, designed to provide electronic recognition of objects passing in front of its sensing element. The main application fields of the 70156-2953 are industrial automation, robotic arms, automotive applications, and machine vision. The photoelectric sensor is well suited for applications requiring the detection of non-metal objects, such as bottles or boxes.

Working Principle of 70156-2953

The main components of the 70156-2953 are an emitter and receiver, both of which are housed inside a compact enclosure. The emitter and receiver are configured to emit a visible light beam which passes through the sensing element located in front of the sensor to the receiver. When the object passes in front of the sensing element, it blocks the light beam from reaching the receiver, resulting in a measurable change in the electrical output of the sensor.

The 70156-2953 is a versatile and reliable optical sensor, capable of detecting objects in a variety of colors and configurations. The sensor is also capable of detecting objects at a distance of up to 10 cm, making it suitable for a variety of automated applications. The 70156-2953 is also capable of operating in a wide range of ambient temperatures, from -10°C to +60°C.

Conclusion

The 70156-2953 is a versatile and reliable photoelectric sensor, designed to provide electronic recognition of objects passing in front of its sensing element. The main application fields of the device are industrial automation, robotic arms, automotive applications, and machine vision. The emitter and receiver are configured to emit a visible light beam which passes through the sensing element located in front of the sensor to the receiver. When an object passes in front of the sensing element, it blocks the light beam from reaching the receiver, resulting in a measurable change in the electrical output of the sensor. The 70156-2953 is able to detect objects in a variety of colors and configurations, as well as objects at a distance of up to 10 cm.

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