TL-W5MD2

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Proximity sensors measure the distance between a target object and the sensor itself. They are commonly used to detect the presence of an object or body in a particular area. The breadth of applications for proximity sensors includes automation, industrial machinery, manufacturing, robotics, etc.

The TL-W5MD2 is a proximity sensor designed for versatile applications in a variety of fields. This sensor utilizes a near field infrared beam to determine the distance between the sensor and a detected object. It utilizes a unique atmospheric compensation algorithm to measure accurately in different temperature, humidity, and pressure conditions. The TL-W5MD2 has a detection range of 2 cm to 200 cm and a precision of ±3 mm.

The TL-W5MD2 is designed for industrial automation and machinery applications, given its ability to function in various environments and its high accuracy. Its detection range allows it to be used for short and medium range detection in robotics, assembly lines, automated warehouses, and CNC machine tools. Additionally, this sensor is designed with a high immunity against EMI and RFI interference, making it suitable for use in industrial environments.

The working principle of the TL-W5MD2 can be summarized as follows. The sensor emits a near-infrared beam from its transmission element, which is made up of a GaAs IRED and a silicon photocell detector. This beam is then reflected off of a detected object and received by the sensor’s receiving element. By measuring the time of flight (TOF) of the beam, the sensor can accurately calculate the distance between the sensor and the detected object. The resulting distance measurement is then used to trigger a response or action.

Overall, the TL-W5MD2 is an excellent proximity sensor designed for various applications in industrial and commercial fields. It provides a reliable measurement of distance for various automation, manufacturing, and robotics projects. Furthermore, its immunity to interference and environment fluctuations make it suitable for use in harsh industrial environments.

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