WSE4T-3F1430

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Optical Sensors are critical devices in industrial scenarios where measuring, analyzing, and controlling of physical objects are involved. WSE4T-3F1430 is a common type of Optical Sensor, which is widely used in many industrial applications. In this article, the application fields and working principle of WSE4T-3F1430 are going to be discussed.

WSE4T-3F1430 is a photoelectric type Optical Sensor, which is a device used to detect the presence and/or distance of object without physically touching it. It utilizes a photo-emitter (also known as a light emitter) to transmit an infrared light beam that will be picked up by a photo-detector if an object is present between them, which will then create an electrical signal. As such, this type of Optical Sensor is suitable for non-contact applications with features such as instantaneous response and fast-acting.

So what are some of the applications of WSE4T-3F1430? This photoelectric Optical Sensor can be used in a variety of industrial applications such as presence and/or absence detection, as well as motion, position, and speed sensing. It is also suitable for automated assembly processes, conveyor systems, high-speed counting applications, sorting lines, and die-casting machines. As for the industries in which it is used, these include automotive, food and beverage, packaging, machine tool, plastics and rubber, paper and printing, and liquid level monitoring.

As for the technical details of WSE4T-3F1430, it has a nominal operating distance of 25mm and a response time of just 2.5ms. Its operating voltage is 10-30VDC and the operating temperature is from 0 to 60⁰C. It is also capable of detecting object sizes as small as 0.4 x 1.5 mm and its enable/disable feature allows for flexibility in the applications. Furthermore, this type of sensor is also fully compliant with CE and RoHS directives.

Now that we know what are the application fields and technical features of WSE4T-3F1430, let us discuss its working principle. At the heart of the sensor lies the photoelectric effect, which is the generation of an electric current due to light illumination Effects. The sensor contains both a transmitter and a receiver, which are connected together via cables. The transmitter produces a light beam that is used to detect the presence of an object, while the receiver is used to collect the reflected/scattered light. When an object is placed between the transmitter and receiver, the incident light beam is disturbed, resulting in a change of signal level in the receiver. The sensor then uses this signal level to control the output current, which is used to activate/deactivate the sensor\'s alarm or indicator.

In summary, WSE4T-3F1430 is a photoelectric type Optical Sensor that is widely used in many industrial applications such as presence and/or absence detection, as well as motion, position, and speed sensing. It is reliable, with features such as a nominal operating distance of 25mm, a response time of 2.5ms, and a temperature range of 0 to 60⁰C. Finally, its working principle is based on the photoelectric effect, which enables it to detect presence of an object without physically touching it.

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