FD-40

Introduction

The FD-40 optical sensor is a type of photoelectric sensor designed to detect objects from a far distance. It utilizes infrared technology to detect living beings, objects, and other objects that are within a certain range. It is commonly used in industrial applications due to its long range of detection that can be up to 250 feet.

Features

The FD-40 optical sensor has several features that make it ideal for industrial applications. First, it is highly sensitive and can detect objects from a long range. Its range of detection originates from its 95° conical region of detection, which allows for a wider range of detection than other types of sensors. Additionally, the FD-40 is designed with a low false alarm rate, providing reliable and accurate detection.

The FD-40 is also designed for high levels of resistance against environmental factors and power sources. This makes it ideal for industrial applications that require a long-term and uninterrupted operation. Additionally, the FD-40 is designed with a low profile, which makes it suitable for applications where the height of the sensor needs to remain low.

The FD-40 is also designed for high levels of accuracy and reliability. It can detect a wide range of objects, including living beings, objects, and other objects. It can also detect objects within a range of 95° and can detect multiple objects at once. Additionally, the FD-40 is designed with a low power consumption, making it energy efficient.

Applications

The FD-40 optical sensor is typically used in industrial applications due to its long range of detection and high levels of accuracy. It is commonly used in security systems, production automation, human-machine interfaces, and other applications that require precise monitoring. Additionally, it is ideal for applications in which the height of the sensor needs to remain low.

The FD-40 is also used in medical and healthcare applications. Its ability to detect living beings and objects makes it ideal for applications in medical monitoring, safety, and security. Additionally, it is often used in areas with hazardous objects that pose a safety risk, such as flammable materials or radioactive materials.

The FD-40 is also used in areas that require a high level of accuracy. Its ability to detect objects from a far distance and detect multiple objects simultaneously makes it ideal for applications in precision control, such as robotic or industrial systems. Additionally, it can be used in applications that require high levels of environmental protection, such as food processing or clean room areas.

Working Principle

The FD-40 optical sensor utilizes infrared technology to detect living beings, objects, and other objects. The optical sensor emits an infrared light beam, which is then reflected by an object. The reflected beam is then captured by the sensor’s detection circuit. This detection circuit processes the information and then generates an electric signal, which can be used to trigger an alarm or other actions.

The FD-40 optical sensor is designed to detect objects within a range of 95°. This range can be adjusted by changing the position of the detector. Additionally, the detector can detect multiple objects at once, which makes it ideal for applications that require precise monitoring.

Conclusion

The FD-40 optical sensor is a type of photoelectric sensor specifically designed for industrial applications due to its long range of detection, high levels of accuracy, and low power consumption. It utilizes infrared technology to detect living beings, objects, and other objects within a range of 95°. It is designed with a low false alarm rate, making it ideal for applications in which precision and reliability are paramount.