HTE18-N2B1BB

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Optical sensors are integral components of a variety of industrial and technological applications due to their ability to accurately measure and detect light in all of its forms. The HTE18-N2B1BB optical sensor is a reliable and efficient illumination device that is widely used in the industrial and manufacturing sector around the world. This article provides a comprehensive overview of the HTE18-N2B1BB’s application field and working principle for a better understanding.

Application Fields

The HTE18-N2B1BB is a highly advanced optical sensor which is designed to achieve maximum efficiency in detecting and measuring illumination. It is most widely used in various industrial and manufacturing applications such as machine vision, industrial inspection, robotics, fire alarm systems, and other related fields. In addition, the HTE18-N2B1BB is also suitable for applications in medical imaging, consumer electronics, environmental monitoring, and traffic control.

This advanced optical sensor boasts an impressive level of accuracy and stability, making it a great choice for applications that require precise measurements. It is also equipped with various integrated features such as a built-in photoelectric tube, a flexible time setting, a self-testing function for maintenance, and an alarm indicator.

Working Principle

The working principle of the HTE18-N2B1BB optical sensor is quite simple. It consists of two main parts, the transceiver and the photodetector. The transceiver is responsible for emitting the light that is to be detected, while the photodetector is used to measure the intensity of the light emitted by the transceiver. The transceiver and the photodetector both work together in order to accurately measure and detect the intensity of the light.

The HTE18-N2B1BB has a built-in photoelectric tube that serves as an additional layer of accuracy in measuring light. This tube is connected to a light cell, which is responsible for converting the light that is received by the sensor into electrical signals. These electrical signals are then sent to a processor, which is responsible for calculating the intensity and frequency of the received light.

In addition, the HTE18-N2B1BB also has a flexible time setting that can be adjusted to measure different types of light. For example, the time can be adjusted to measure light with a wave frequency of 1 Hz or 20 Hz. This is useful in applications where different types of light need to be accurately measured and detected.

Overview

Overall, the HTE18-N2B1BB is an advanced optical sensor that is widely used in various industrial and manufacturing applications. It is equipped with a built-in photoelectric tube, a flexible time setting, a self-testing function, and an alarm indicator for maximum accuracy and efficiency. The HTE18-N2B1BB’s working principle involves the transmission of light from a transceiver to a photodetector and the measurement of the intensity of the light through a light cell, processor, and flexible time setting.

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