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Optical Sensors - Photoelectric, Industrial

Optical Sensors are capable of using photons to illuminate and detect the light reflection from objects. They are commonly used in industrial automation for various tasks, as well as in medical imaging, robotics, and sensor networks. The most common form of optical sensors are Photoelectric sensors, which use photodiodes to detect the light reflection from a target. Industrial optical sensors are more sophisticated, and use various technologies such as optical phased array or laser triangulation.

WTB4SL-3N4162H Application Field and Working Principle

The WTB4SL-3N4162H optical sensor is a two-channel near-infrared light reflecting sensor with an improved built-in signal transmission unit. It is an ideal choice for applications such as distance monitoring in short-wave photography, robot movement guidance, object recognition, and sealing detection.

The WTB4SL-3N4162H works by receiving and sending short-wave infrared light. It is equipped with two pairs of transmitting and receiving elements. The receiving element can capture and analyze reflected light from the environment. With the help of an internal microcontroller, the sensor can compute the reflectiveness of the environment. It also provides the ability to track and record changes in the reflected light over time.

The WTB4SL-3N4162H has an improved signal transmission unit that offers better communication stability between the sensor and the user’s equipment. This improved transmission unit minimizes the amount of interference from parasitic currents when the device is connected with external instruments, making it suitable for use in sensitive environments such as nuclear power plants or military situations. In addition, the WTB4SL-3N4162H is designed to be resistant to high temperature and shock.

The WTB4SL-3N4162H is widely used in industrial applications such as machine vision systems, robotic motion control, navigation, object identification and detection, distance detection, collision avoidance, material handling, and logistics tracking. The improved signal transmission unit also makes it a good choice for high interference industrial environments or precision motion control. Furthermore, the device is capable of detecting objects at a maximum operating distance of four meters, providing great flexibility for many industrial applications.

Overall, the WTB4SL-3N4162H near-infrared light reflecting sensor is a powerful and versatile tool for a variety of industrial applications. Its improved signal transmission unit and resistance to Harsh environmental conditions make it an ideal choice for many industrial applications. With its wide range of uses, the WTB4SL-3N4162H is sure to continue to be a popular choice in industrial settings for years to come.

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