CNB2301

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical sensors are used in many industries for the measurement of a wide variety of data; the CNB2301 is a type of optical sensor which falls under the subcategory of reflective analog output. A reflective optical sensor measures the intensity of reflected light, as opposed to emitting light. These types of sensors are versatile, as they can measure the distance between two objects by calculating the reflected light strength from the illuminated object. Subsequently, reflective sensors are used for displacement, speed, and distance measurements, making them ideal for use with industrial automation processes.

Application Field

Of the many application fields for reflective optical sensors such as the CNB2301, the most common use is for accurate displacement measurements. This is because it is quick and reliable in measuring the amount of reflected light from a target object. This means that it can be used to measure the movement of an object in a straight line over a known distance, as well as the rotation of an object around a central axis. This makes it ideal for applications such as industrial robots and automated production lines, where accurate measurements of displaced objects is necessary.

Additionally, the CNB2301 can be used for accurate speed and distance measurements. These measurements can be used to regulate the speed of machinery, as well as to calculate the distance between objects. This makes it useful in industrial automation processes, allowing for precise speed and distance measurements in production lines.

Working Principle

The CNB2301 reflective optical sensor works by measuring the intensity of light that is reflected by a target object. A light source is used to illuminate the object, and the reflected light is then measured by a photosensor. This reflected light is then compared to the light that is being emitted by a reference light source, allowing the sensor to accurately calculate the distance of the target object from the reference point.

The internal circuitry of the CNB2301 then uses this data to create an analog voltage signal, which is then outputted to a controller or a machine. This analog signal is a continuous voltage that can increase or decrease depending on the amount of displacement or the distance measured. This makes it ideal for applications such as industrial automation, where a quick response is necessary.

Conclusion

The CNB2301 reflective optical sensor is a versatile and accurate device for measuring displacement, speed, and distance. Its ability to measure the intensity of reflected light from a target object allows it to be used for a wide range of applications, from industrial robots to automated production lines. Furthermore, its ability to output an analog voltage signal make it ideal for applications that require an accurate and quick response. Therefore, the CNB2301 is an ideal choice for industries looking for an accurate and reliable reflective optical sensor.

The specific data is subject to PDF, and the above content is for reference