AIS30F10AN024-Q65

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Proximity sensors are widely used in modern industries due to their ability to provide precise measurements for various applications without making physical contact with the target. The AIS30F10AN024-Q65 is a proximity sensor developed by Automation Process Technologies Inc. (APTI). This proximity sensor utilizes RF technology to measure distances accurately without sensing any physical contact, making it ideal for applications such as industrial automation, robotics, and positioning of robots.

The AIS30F10AN024-Q65 has a variety of features and capabilities. It has an optimized physical design for higher reliability, better accuracy, and long-term stability. It is able to detect objects within a distance of up to 30 cm, and has a frequency range of 82 to 108 kHz. The proximity sensor also has a digital output and a LED indicator for easy detection. Additionally, the sensor is equipped with a programmable threshold function, enabling the user to customize the device according to individual needs.

The AIS30F10AN024-Q65 works by sending out a high frequency signal that is then reflected off the target. This reflected signal is received by the sensor, and the time difference between the transmitted and received signals is used to calculate the distance between the sensor and the target. The accuracy of the measurement is determined by the frequency of the signal, as higher frequencies provide higher accuracy. The device also has a wide angle of detection, allowing it to accurately measure the distance between the sensor and the target even at different angles.

The AIS30F10AN024-Q65 proximity sensor is a highly reliable and accurate device that is perfect for a variety of industrial and robotics applications. Its ability to measure distances without making physical contact, and its wide angle of detection makes it an ideal choice for applications such as positioning of robots, automation, and industrial detection. Additionally, the programmable threshold function makes it highly customizable according to individual needs.

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