E3FA-BN11 2M

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Optical sensors are used in a variety of applications, from detecting objects and distances to providing illumination. The E3FA-BN11 2M Photoelectric Sensor is an advanced device that combines photoelectric technology with optical detection, making it suitable for a wide range of industrial applications. This article will explain the E3FA-BN11 2M application field and working principle.

The E3FA-BN11 2M Photoelectric Sensor is a versatile device used in many industrial applications. It is designed with a sensitivity range of 1m to 2m and can detect a variety of targets from various distances. The device is usually used in industry, for example in automatic machines, as well as robotics. It is most often used in applications where it is important to detect accurately, quickly and reliably. It is also well suited for applications where harsh environments are present, such as in automotive and aerospace industries.

In terms of industrial applications, the device is used as an optical detector in robotic applications. A robotic system will usually require multiple photoelectric sensors, and the E3FA-BN11 2M is capable of providing reliable performance in such demanding environments. The device is designed to operate in high temperatures and can be used in a wide range of temperatures, ranging from -50°C to +250°C. This makes the device ideal for high-temperature applications, such as welding and soldering.

The device is also capable of detecting multiple objects, as well as accurate object locations. It can detect objects from a long distance and can also be used for applications requiring precise object detection. For example, the device can be used in manufacturing processes involving the detection of two different objects simultaneously. In addition, the device is capable of recognizing objects from a range of different sizes and shapes.

The working principle of the E3FA-BN11 2M Photoelectric Sensor is based on the photoelectric effect. This effect makes it possible for a light object to emit an electric current when exposed to light. The device uses an LED light source to provide the light required for the photoelectric effect to take place. The device consists of two parts, an emitter and a receiver. When the emitter emits light, which is reflected off an object, it is detected by the receiver. The receiver then sends a signal to the controller, such as an Arduino or a Raspberry Pi, which can then process the signal and trigger the appropriate action.

The device is also capable of providing high accuracy and stability in demanding environments. It is built with low power consumption and operates within a wide temperature range. The device is also capable of accurately detecting objects from up to 2 meters away. This makes the E3FA-BN11 2M Photoelectric Sensor a reliable device for industrial applications.

In conclusion, the E3FA-BN11 2M Photoelectric Sensor is an advanced device designed for a variety of industrial applications. It is able to detect multiple objects and accurately determine their location from a long distance. The device is also designed to operate in extreme temperatures and can be used in a wide range of applications. The device uses the principle of the photoelectric effect to detect objects and send signals to controllers for appropriate action. The combination of features makes the E3FA-BN11 2M Photoelectric Sensor an ideal device for industrial applications.

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