FX-301-HS

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Optical Sensors are an important class of transducers used for sensing and controlling various physical quantities like distance, angular displacement, vibration, speed and force. The FX-301-HS is a type of optical sensor which is capable of accurately measuring the distance over which a light source is transmitted and received by a detector. The main performance parameters include its operating range, resolution, accuracy, and working temperature range. This paper will focus on the application field and working principle of the FX-301-HS.

The FX-301-HS can be used in different industrial applications. Its most common application is in industrial process control systems where its precise measurement of the distance between the light source and receiver is able to monitor the operating parameters of the process. It can also be used in robotic systems to determine the exact position of the robot arm and the different components on the robotic arm. The FX-301-HS is also used in automated assembly lines where it can measure the distance between objects along the conveyer belt for efficient production. In addition, it can be used in quality control systems to ensure that the position of a product or component is correct and within the set tolerance range.

The working principle of the FX-301-HS is based on the time-of-flight technique which involves the measurement of the time difference between the emission and reception of a light signal. The light signal is emitted in the form of modulated light pulses which are generated by an LED light source. The light pulses are received by a photodetector which is sensitive to the wavelength of light emitted by the LED. The time taken by a light pulse generated by the LED to travel the distance between the LED and photodetector is used to calculate the distance between them. Therefore, the time-of-flight measurement technique used by the FX-301-HS is very accurate and it can measure distances from a few millimeters up to 30 meters.

The FX-301-HS is usually mounted on a stable surface which can be either stationary or moving. To make sure that the light emitted from the LED has reached the surface accurately, it has to be finely adjusted according to the application. Once the LED is properly aligned with the detector, the distance measurement can be done accurately. The FX-301-HS is also equipped with an enhanced response circuit which can be used to increase the dynamic range of the sensor. This ensures that the signals from the LED can be measured even when they are disturbed by other light sources.

The FX-301-HS can measure the distance between the light source and the receiver with a high resolution and accuracy of up to 1mm. Its operating range is -20°C to +70°C, making it suitable for use in many industrial applications. The sensor can be used in a wide range of applications such as process control, robotic systems, automated assembly lines and quality control. The sensor is also CE certified and UL listed, making it a reliable and cost effective choice for industrial applications.

To sum up, the FX-301-HS is an advanced optical sensor with a high accuracy and resolution. It is used in many industrial applications and is capable of measuring the distance between the light source and receiver with great precision. Its enhanced response circuit ensures that the signals from the LED can be measured even when they are disturbed by other light sources. The sensor is also CE certified and UL listed, making it a reliable and cost effective choice for industrial applications.

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