WSE4S-3P2130V

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Optical Sensors, such as photoelectric, industrial, provide an invaluable resource for a wide range of industrial applications. The WSE4S-3P2130V is an industry-grade photoelectric sensor by WENOTRON, a leading manufacturer of high-quality optical sensors. It is widely used in many industrial applications, from industrial automation to military and medical imaging. In this article, we will discuss the application field and working principle of the WSE4S-3P2130V, and present a brief analysis of the various ways in which this sensor can be used in industrial settings.

The WSE4S-3P2130V is an advanced, 3-channel, photoelectric distance sensor with a working distance range of up to 4.5 meters. It uses an infrared LED source and a precision micro-motor-driven lens to precisely detect the distance between the target object and the sensor’s surface. The lens has a 30-degree adjustable range, thus allowing for the adjustment of the angle of detection for improved accuracy. A built-in temperature compensation feature ensures the accuracy of the sensor in any temperature range. The sensor can also be configured for pulse width modulation (PWM) signal output. It is designed to work with various PLCs, making it compatible with most industrial systems.

The WSE4S-3P2130V’s application field covers a wide range of industrial applications, including manufacturing, industrial automation, military, and medical imaging. In a manufacturing environment, it can be used to detect the distance between production parts, thus enabling precise assembly and efficient production. In industrial automation, it can be used to detect obstacles and provide position indication to machinery, thus improving the safety of industrial processes. Its output can also be used as a control signal for software systems or machines, or for safety-related applications such as warning or anti-collision systems. In military and medical imaging, it can be used for distance measurement and detection, thus providing improved accuracy and efficiency in image processing.

The WSE4S-3P2130V’s working principle is based on the principle of optical reflectivity. When an infrared beam emitted by the LED source is reflected off a target object, the reflected waveforms are detected by a sensitive optical receiver. The receiver then processes the signal, determines the distance between the target object and the sensor’s surface, and outputs a corresponding analog or digital signal. The sensor is also capable of accurately detecting motion, thus making it a suitable choice for distance and motion detection applications.

In conclusion, the WSE4S-3P2130V is an industry-grade photoelectric distance sensor with a wide range of applications. Its precision lens, adjustable angle range, and temperature compensation feature make it suitable for a variety of industrial and medical imaging applications. Its output can also be used for software systems or machines, or as a control signal for safety-related applications. The sensor’s working principle is based on the principle of optical reflectivity, making it an ideal choice for applications requiring accurate distance measurement and motion detection.

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