UA30EAD35PKTI

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Proximity sensors are the most commonly used sensors for automation applications. UA30EAD35PKTI, being a member of the family, is a simple but effective proximity sensor used to detect the presence of a target object. It is used for machine automation, robot automation, and other applications.

UA30EAD35PKTI Overview

UA30EAD35PKTI is a non-contact, inductive, three-wire DC type proximity sensor that detects the presence of metallic targets. It is designed and produced by UE Automation Company, a global leader in automation sensing technologies. It has a temperature range of -20 - 80°C, an operating voltage of 12-24V DC, a cylindrical sensing head and an adjustable sensing range of 0-8mm. Moreover, it has a protection level of IP67 and reverse polarity protection.

UA30EAD35PKTI Application Fields

UA30EAD35PKTI is mainly used in industrial automation applications. It is particularly useful in detecting position, speed, presence/absence and counting applications. It can also be used to detect the presence of objects while machines are running and to control disconnection, for instance, when the object is too close or too far away from the target area.

Besides, it is suitable for use in conveyors, packaging machines, automotive assembly lines, 3D printers, robotic arms, semiconductor testing machines, robotic welding, and material handling systems. It can also be used in non-automated processes and applications, for example, to detect the presence of foreign objects in a package or container.

UA30EAD35PKTI Working Principle

Kinetic energy is converted to electrical energy with the help of the UA30EAD35PKTI inductive proximity sensor. The sensing head of the sensor acts as the primary coil and is energized with an AC voltage. When a metallic object is placed close to the sensing head, it creates an electromagnetic field around it. This in turn induces a current in the secondary coil, which is monitored by the sensor. When the current surpasses a certain threshold, the output of the sensor is activated and sends a signal to the control circuit.

Advantages of this type of sensing technology include a faster response time, easy installation, reliability, durability, and an excellent detection range. This makes it the preferred choice for many automation processes and applications.

Conclusion

UA30EAD35PKTI proximity sensor is a reliable, durable and cost-efficient sensor that is widely used in automation and non-automated processes. It provides a fast response time, easy installation, and a wide detection range. This makes it an ideal choice for many industrial automation applications.

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