MS46-30-1390-Q2-X

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Photoelectric sensors are industrial devices used to detect distances, levels and irregularities on surfaces. MS46-30-1390-Q2-X is a photoelectric sensor and the purpose of this article is to discuss its application field and working principle.

MS46-30-1390-Q2-X Application Field

MS46-30-1390-Q2-X is a photoelectric sensor designed for industrial automation and identification applications. It is typically used in metal working, metal measurement and inspection, machine tool management and assembly line applications, as well as a variety of general purpose applications. The sensor features an integrated amplifier, making it suitable for use in any environment requiring precise and accurate detection of objects.

MS46-30-1390-Q2-X can detect objects up to a maximum distance of 10m (33ft). Its detection accuracy is rated at 0.3mm (0.01in) and its maximum sensing range is rated at a maximum of 30cm (1ft). The sensor has a sensing field of view of 90°, making it suitable for both narrow and wide aperture applications. Additionally, its detection angle is adjustable, which makes it highly versatile.

Other features of the MS46-30-1390-Q2-X include an adjustable background noise filter, adjustable time delays and adjustable sensitivity. The MS46-30-1390-Q2-X is suitable for applications in harsh environments, as it is rated to operate in temperatures ranging from 40°F to 140°F (4°C to 60°C). The sensor is also highly reliable, as it is rated IP65 for protection against dust and water.

MS46-30-1390-Q2-X Working Principle

The MS46-30-1390-Q2-X utilizes a process called photoelectric detection, also known as active or static infrared detection. In this process, an infrared emitting diode (IRED) transmits an infrared beam across the sensing area, while a phototransistor or photodiode (PD) receives the reflected beam. The transmitted beam can be interrupted by any object placed in the sensing field. When this occurs, the received light is attenuated and the output of the PD changes from logic low to logic high.

This signal is then amplified and used to trigger the relay output. The strength of the transmitted IR energy decreases with increasing object distance, making the signal for object detection more accurate at short distances. Additionally, the adjustable background noise filter eliminates false triggering caused by effects such as sun and artificial light.

The MS46-30-1390-Q2-X is also designed with an adjustable timer, which can be used to delay the switching of the output as the object moves into or away from the sensing area. This can help prevent unwanted triggering and allows the system to differentiate between multiple objects in the same sensing area. The adjustable sensitivity also allows users to fine-tune the detection range for objects of different sizes.

Conclusion

The MS46-30-1390-Q2-X is a reliable and versatile photoelectric sensor designed for industrial automation and identification applications. Its wide range of features, including an adjustable background noise filter, adjustable time delays and adjustable sensitivity make it suitable for a variety of industrial applications. Additionally, its ability to detect objects up to 10m (33ft) makes it suitable for long-distance detection tasks. The MS46-30-1390-Q2-X also utilizes the highly accurate photoelectric detection process, which makes it an excellent choice for any industrial application that requires precise and accurate object detection.

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