GX-FL15BI-P

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Proximity sensors are an essential part of many automated systems. They are used to detect objects and provide useful information about the distance and speed of objects. GX-FL15BI-P is one of the many types of proximity sensors that exist today. It is a high-precision, miniature receiver designed to detect objects in close proximity. In this article, we\'ll explain the application field and working principle of GX-FL15BI-P.

The GX-FL15BI-P is a three-wire, active type proximity sensor that can detect objects up to 15mm away. It has a built-in amplifier that amplifies the detection signal and sends it to the control board for further processing. Due to its miniature size, it is suitable for applications where space is of limited concern.

The GX-FL15BI-P is mainly used in industrial automation applications. It is used in applications such as positioning systems, automated storage systems, conveyors and transfer systems, robotic arms, and industrial production lines. In industrial applications, the GX-FL15BI-P can measure the distance between two objects as well as the speed of an object. This makes it an ideal sensor for detecting objects in a precise manner and in a wide range of applications.

GX-FL15BI-P works on the principle of electromagnetic induction. When an object approaches the receiver, an electromagnetic field is generated by the receiver. This field is then detected by the object and the receiver generates a detection signal. The built-in amplifier amplifies this signal and sends it to the control board. The control board then processes the signal and provides useful information about the distance between the receiver and the object.

The GX-FL15BI-P is a reliable, accurate, and durable proximity sensor that is suitable for many industrial and commercial applications. It is a compact, low-cost solution for accurately detecting objects in close proximity. It is also highly resistant to interference and maintenance-free. With its high precision and reliability, it is sure to be a useful addition to any automated system.

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