HSE18-F4A2BG

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Introduction

The HSE18-F4A2BG series photoelectric sensors are a kind of industrial optical sensors with a built-in tri-color LED indicator, capable of setting conditions according to the environment, designed for relays, conductors, system, or sub-circuits, with a wide range of applications such as high-quality monitoring and signal light control.

Application Field

Generally speaking, the application fields of the HSE18-F4A2BG optical sensors can cover various areas such as industrial, automotive, and medical usages where reliable, accurate detection is important. For instance, these sensors can be used for detecting the presence of products on an assembly line, for making sure that parts or components are safe and adequately installed before the next step of the automated process can be initiated. Similarly, it can be implanted into shock absorbent structures to detect excessive shaking or vibration in industrial machineries like pumps and generators, or to measure the force and intensity of impacts in vehicles and other transportation systems.

Moreover, the versatility of the HSE18-F4A2BG photoelectric sensors, along with its convenient mounting hole, enables them to accurately identify and detect human movements with just minor adjustments. This is especially useful in smart home applications, where the device can detect the movement and presence of a person in a room and use the information to automatically adjust the lighting, temperature, and security settings.

Working Principle

Put simply, a photoelectric sensor is essentially a switch that is triggered by the reflection or transmission of light. Using the HSE18-F4A2BG series photoelectric sensor as an example, a beam of light is emitted from its tri-color LED indicator and will be either reflected back or absorbed by the target object. A light-sensitive diode on the sensor then receives this light, relaying an electric signal to the output circuit, or turning off the light when the conditions change.

The versatility of this design is further enhanced by its adjustable sensitivity settings, allowing users to precisely adjust the threshold of light intensity that the sensor detects. In addition, the presence of dual photodiodes with high lighting immunity allow the sensor to function even in harsh ambient lighting conditions, while the inclusion of a built-in amplifier circuit can reduce the reaction time of the sensor to 3µs for optimal performance.

Conclusion

In conclusion, the HSE18-F4A2BG series optical sensors provide a comprehensive, versatile solution for a range of industrial applications, from detecting the presence of products on an assembly line to monitoring the intensity and force of impacts in vehicles. Its adjustable sensitivity settings, dual photodiodes, and built-in amplifier circuits also provide an added layer of functionality for users to take advantage of. Thus, the HSE18-F4A2BG photoelectric sensors offer a reliable, convenient, and effective detection system for those in need of highly accurate measurements.

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