F3EM2-005-1800-AV

Optical Sensors - Photoelectric, Industrial

Optical sensors are used to detect a wide variety of information, including temperature, motion, and distance. One type of optical sensor, the F3EM2-005-1800-AV, is a photoelectric and industrial sensor that offers flexible, long-distance sensing. Its applications are diverse, ranging from industrial automation to biomedical research.

Application Field

The F3EM2-005-1800-AV can be used in many industrial and commercial applications. It can detect objects such as film, paper, or bottles, and accurately detect the presence of objects in difficult-to-access locations, such as across long distances or through thick barriers. It is also useful for dynamically detecting and tracking objects in challenging environments. Examples include monitoring machines in industrial plants, detecting hazardous chemical levels, or detecting changes in temperature or light.

Working Principle

The F3EM2-005-1800-AV utilizes an advanced photoelectric detection system. The sensor is made up of two parts: a transmitter and a receiver. When an object enters the transmitter\'s field of vision, the transmitter detects the object and sends an electrical signal to the receiver, which then amplifies the signal and passes it on to the processor. The processor then uses the signal to determine the presence and position of the object.

The sensor\'s detection accuracy is affected by several factors, including the type of object, the size of the object, and the distance between the transmitter and receiver. In addition, the ambient lighting conditions can affect the accuracy of the detection system. To account for these factors, the system is designed to be adjustable. It is capable of adjusting the emission and detection range, the frequency of the emitted signal, and the sensitivity of the receiver.

The F3EM2-005-1800-AV optical sensor is a versatile and reliable device that can be used in a wide variety of applications. It is capable of accurately detecting the presence and position of objects in difficult-to-access locations, and it is adjustable to accommodate different environmental factors. It is the ideal solution for applications where accuracy and reliability are a must.