9861-3600

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Proximity sensors, otherwise known as proximity detectors or non-contact sensors, are electronic devices used to detect the presence of nearby objects without actually making contact with them. The 9861-3600 is a type of inductive proximity sensor that uses electromagnetic induction to detect the presence of metal objects.

Inductive proximity sensors work by sending an alternating electromagnetic field through a coil located within a sensing head. When a metal object is brought close to the inductive sensing head, the alternating field causes a current to flow in the object, which in turn induces a current in the sensing head. This current can then be picked up and used to indicate the presence of the object.

The 9861-3600 is suitable for use in a wide variety of applications, including industrial automation, sensing the position of passing objects, and safety applications. It has an adjustable sensing range, adjustable response time, and adjustable power consumption. This makes it ideal for a variety of applications, including those that require precise positioning and fast response times. The unit has an IP54 rating, making it resistant to dust and water infiltration. It can be used in temperatures ranging from -20 to 70°C.

The 9861-3600 offers a range of benefits for users. It has a compact design, allowing it to fit in tight spaces, and its low-power consumption makes it energy efficient. It is highly reliable, accurate, and repeatable, offering a consistent response to metal objects. The adjustable sensitivity, response time, and power-saving modes make it customizable to suit a variety of applications.

The 9861-3600 is an ideal choice for applications such as the positioning of parts in manufacturing systems, detection of passing objects, and safety applications. It is a versatile and reliable option for detecting the presence of metal objects in a wide variety of applications. Its adjustable features, compact design, and energy-efficient operation make it a suitable solution for many applications.

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