GP1UM272XK

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GP1UM272XK is a mono-static remote receiver designed for many applications and environments. It is primarily used in the fields of security-related area, building automation, industrial automation, and so on. It can be used as a security-camera standby receiver, access control system transponder, RFID reader, and even surveillance system. It can also be used in IoT ( Internet of Things ) applications where a centralized controller is necessary.

GP1UM272XK is an optical device, and it uses a combination of light and radar to detect objects. It can detect objects from a distance of 10 to 50 meters. It also provides a resolution of up to 40 MHz. The light used in this device is the near infrared (NIR) light. NIR light does not affect the human eye and therefore it can be used in places where there is a lot of human activity like in industrial or retail stores. This device can detect objects in a variety of directions, including front, side, and top directions. It also has a built-in temperature sensor so that it can tell if the object detected is warm or cold.

The working principle of GP1UM272XK is based on the combination of photon emission and photo receiver. It works by emitting light in a specific wavelength and then detecting the reflected light back from the target. It has a light source that emits NIR light, which is then reflected back by the object. The receiver will then detect this reflected signal, allowing it to determine the presence or absence of an object. It works even when the target is moving. It can detect objects in multiple directions, making it suitable for use in security-related systems and other applications.

GP1UM272XK is an extremely versatile device, capable of detecting objects from a distance of 10 to 50 meters. Its built-in temperature sensor allows it to detect whether an object is warm or cold. It can be used in many different applications, including security-related systems, access control systems, RFID readers, industrial automation systems, and surveillance systems. Additionally, it is also usable in IoT applications where a centralized controller is needed.

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