FT-S30-4T

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Optical sensing is a fundamental component of industrial automation, providing machine vision systems with critical feedback and data. The FT-S30-4T optical sensor is a commercial, reliable, and efficient solution for industrial automation applications. This paper will discuss its application fields, as well as its working principle and overall design.

Application Field

The FT-S30-4T photoelectric sensor is a self-contained device designed to detect the presence or absence of objects, as well as determine their position and size. It has two main areas of application: industrial automation and medical imaging.

In industrial automation, FT-S30-4T sensors are used to detect objects’ presence, size, and position. They are typically deployed in manufacturing, packaging, and assembly processes, where fast and reliable detection is essential. The FT-S30-4T’s fast response rate, high-resolution, and reliability make it a valuable addition to industrial machines.

In medical imaging, the FT-S30-4T’s ability to detect objects and provide positional data is very useful for medical imaging processes. It can be integrated into imaging devices, such as CAT scanners, to detect features and provide feedback to doctors or technicians.

Working Principle and Design

The FT-S30-4T is a type of infra-red photoelectric sensor, which consists of a light source, light detector, and a sensing device. It works by emitting a beam of infra-red light to detect objects. The light emitted is reflected or absorbed by the objects, depending on their size and structure, and detected by the light detector. Particular detection thresholds can be programmed into the FT-S30-4T to determine the presence or absence of an object.

The overall design of the FT-S30-4T consists of two main parts: a light source and a light detector. The light source is composed of an LED-based infra-red emitter and an optical disc. The optical disc focuses and diffuses the infra-red light emitted from the LED, creating a wide field-of-view and a consistent detection surface. The light detector is composed of a photodiode array and integrated circuit. The photodiode array detects the presence or absence of infra-red light, and the integrated circuit processes and encodes the signals. The integrated circuit can be programmed to set thresholds and response rates.

Overall, the FT-S30-4T is a reliable, efficient, and high-precision optical sensor. Its wide application range and sensitive detection make it well suited for industrial automation applications, and its robust design makes it suitable for medical imaging purposes.

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