HSE18-B1G2BA

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Optical Sensors - Photoelectric, Industrial - HSE18-B1G2BA Application Field and Working Principle

Optical sensors, such as photoelectric and industrial, have been used extensively in industry for decades, providing reliable and accurate measurement data for a variety of applications. One such sensor is the HSE18- B1G2BA, an inductive photoelectric sensor from SICK Optic Electronic. This article examines the application field and working principle of the HSE18- B1G2BA.

What Are Optical Sensors?

Optical sensors measure physical properties such as intensity, color, amplitude, and angle of light. Depending on the application, a variety of optical technologies such as diffractive, reflective, and transmissive may be used. Optical sensors can be divided into two categories: photoelectric and industrial. Photoelectric sensors detect objects and modify signals based on the results of detection, while industrial sensors are used in larger-scale industrial applications.

HSE18-B1G2BA Application Field

The HSE18-B1G2BA is an inductive photoelectric sensor specifically designed for precise object detection and measurement. It is ideal for use in many industries including industrial manufacturing, automotive, and medical diagnostics. This particular model is equipped with an integrated LED light source and a 7 segmented red code indicator.

The HSE18-B1G2BA can be used to detect objects in a variety of ways, including through distance, presence, or absence. This makes it ideal for applications such as object tracking, testing, and inspection. Due to its small size and compact design, the HSE18-B1G2BA can be easily installed in tight spaces, making it a perfect addition to complex machinery.

HSE18-B1G2BA Working Principle

The HSE18-B1G2BA works by integrating a light switch principle, or a form of photoelectric receiver, into its design. This is enabled by the device’s red code indicator which allows a user to easily adjust the depth of the detection range.

The beacon light sourced from the LED is directed to an object in front of the device. If the light is reflected, the HSE18-B1G2BA’s receiver will detect the presence of the object, triggering the connected device. If no light is reflected, the device will be disconnected and an alarm will sound.

The HSE18-B1G2BA is also equipped with a self-adjusting amplifier which automatically calibrates the device’s range and sensitivity. This feature is especially useful for applications that require precise detection.

Conclusion

The HSE18-B1G2BA is a versatile and reliable photoelectric sensor that is perfect for a variety of applications. Its integrated LED light source, 7 segmented red code indicator, and self-adjusting amplifier make it incredibly easy to use and ensure its accuracy. Its small size and functions make it ideal for use in complex machinery and tight spaces.

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