HSE18-G4A1BA

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Optical sensors are devices that detect changes in light intensity and light color, and then produce an electrical signal that is proportional to the change. The HSE18-G4A1BA is one such type of optical sensor: a photoelectric industrial sensor. While the sensor operates differently from other optical sensing models, its versatility makes it suitable for a variety of applications in industries ranging from manufacturing to aerospace.

HSE18-G4A1BAApplication Field

Primarily, the HSE18-G4A1BA sensor is designed for use in the industrial environment, as well as other automated systems where safety and reliability are of utmost importance. It is particularly useful for detecting objects in motion, and can be used to support automated processes that require accurate positioning. For example, sturdy sensors like the HSE18-G4A1BA are perfect for motion-sensing conveyor belts, robotic arms, and other production line equipment.

The HSE18-G4A1BA can also be used for various aerospace applications such as attitude and air-gun control, airspeed measuring, and flight path tracking. Additionally, it is useful for measuring air density, especially for remote sensing of environmental parameters. Finally, the HSE18-G4A1BA can also be used in precision manufacturing, particularly for metrology and statistical process control (SPC) operations that require high-accuracy detection of strategic points within a part or machine.

HSE18-G4A1BA Working Principle

The HSE18-G4A1BA works based on infrared technology, measuring changes in light intensity and color. Specifically, the sensor is designed with an integrated light source and receivers that detect objects in motion, using the Doppler effect. This allows the sensor to accurately measure and track objects moving at various speeds.

The sensor’s integral light source is designed to operate in a switched-mode, emitting bursts of light in regular intervals. As an object passes by, the sensor detects the reflected light from the Doppler shift and sums up the intensity values, leading to an increased sensitivity. This means that even small objects moving at low speeds can be accurately detected by the HSE18-G4A1BA.

The HSE18-G4A1BA can also be configured to operate in a continuous-mode light. This is particularly beneficial in multiple-object detection scenarios, where the speed of the objects must be known in order to accurately track them. In this mode, the sensor emits a continuous beam of light that allows for accurate determination of object speeds.

Other features of the HSE18-G4A1BA include a wide field-of-view as well as a wide scan angle, allowing for multitasking and accuracy even at greater distances. The sensor is also designed to be resistant to dust and harsh weather conditions. Additionally, to reduce power consumption, the sensor can be adjusted to only operate when objects are detected in the area, enabling low power consumption.

Conclusion

The HSE18-G4A1BA is a versatile and reliable photoelectric industrial sensor designed for safety- and reliability-critical applications. Versatile enough to be used in the industrial environment, aerospace, precision manufacturing, and remote sensing, the HSE18-G4A1BA works with infrared light to accurately measure the motion of objects in its vicinity. Operating with both continuous- and switched-mode light, the HSE18-G4A1BA also offers a wide field-of-view, as well as dust and harsh weather resistance, making it an excellent option for any sensing applications.

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