UA18CAD04NKTI

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Proximity sensors are commonly used in manufacturing, material handling, parts assembly, robotics, automotive, industrial automation and other application fields. In making automated decisions, presence detectors need to detect objects at close range. The UA18CAD04NKTI is one such detector that is used in these types of applications.

The UA18CAD04NKTI is a cylindrical, non-contact, proximity sensor. It is made of a ferrite core and is enclosed in a metal housing. The sensor can sense objects that are up to 8.5 cm from the tip of the ferrite core. It is designed to detect metal objects such as steel, aluminum, copper, brass and other materials.

The working principle of the UA18CAD04NKTI is based on inductive sensing technology. The sensor contains an internal coil that forms an alternating magnetic field and induces current in conductive objects that move into the magnetic field. The amount of induced current depends on the size, shape and material of the object. This change in current is used to detect the presence of the object.

The UA18CAD04NKTI has several features that make it suitable for use in many applications. It is able to detect objects accurately and reliably with minimal false alarms. It is also resistant to electrical interference and does not require mechanical adjustment or maintenance. Additionally, it is able to operate in temperatures ranging from -20°C to +80°C.

The UA18CAD04NKTI is a cost-effective and reliable proximity sensor that is suitable for many types of applications. It is easy to install and can be connected to a variety of systems, including PLCs, PCs, and automation systems. The sensor can be used for machine positioning, part detection, level sensing, pressure sensing, and many other detection tasks.

In conclusion, the UA18CAD04NKTI is a proximity sensor that is widely used in automation and other application fields. It uses inductive sensing technology to detect objects accurately and reliably. It is resistant to electrical interference and is easy to install. It is cost-effective and suitable for a variety of applications.

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