PD30CNB20NAM5SA

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Optical Sensors are a class of high-precision sensors based on the sensing of optical properties such as light intensity, angle, and wavelength. Among them, the photoelectric sensor is a type of optical sensor that works by using a beam of light to detect objects or changes in the environment. The industrial optical sensor is used to detect objects and similar materials during the industrial production process. The PD30CNB20NAM5SA is an example of industrial photoelectric sensors.

Features of PD30CNB20NAM5SA

The PD30CNB20NAM5SA is a surface-mount optical sensor designed for industrial applications. It offers a range of features including a low sensitivity of only 0.2A/mm, a wide range of detection frequencies from 50kHz to 1.5MHz, and immunity to external noise. It is also highly temperature-stable and offers a long operating life as well as a low-current draw. Additionally, the sensor has a slim profile which allows it to be mounted in tight spaces, and a fast response time.

Application Field of PD30CNB20NAM5SA

The PD30CNB20NAM5SA is typically used in industrial settings, such industrial robots for handling and sorting tasks, or for packaging tasks. It is also widely used in automated assembly lines, as well as in medical and laboratory equipment. The sensor’s fast response time and high immunity to noise make it suitable for use in tasks requiring precision and accuracy.

Working Principle of PD30CNB20NAM5SA

The PD30CNB20NAM5SA works by emitting a light beam and then monitoring the amount of light reflected back. When an obstacle is detected, the sensor will send out an electrical signal or turn on a light, depending on the settings. This allows for a wide range of applications, such as detecting objects in automated assembly lines or monitoring the state of equipment.

The PD30CNB20NAM5SA is an example of an optical sensor that can be used for industrial purposes due to its low sensitivity, fast response time, and high immunity to noise. Its wide range of detection frequencies makes it suitable for many tasks requiring precision and accuracy.

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