9984-2065

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Proximity sensors are used to detect the presence of an object, regardless of its size, shape or colour. The technology involved relies on the object’s ability to in some way affect a nearby electric field or acoustic field. Common varieties of proximity sensors are inductive, capacitive, ultrasonic, and optical. The 9984-2065 forms a special category of proximity sensors, due to its extended range of detection and specialized application fields.

Introduction

The 9984-2065 is a non-contact, object detection sensor. Its main purpose is to detect the presence of objects, regardless of their physical characteristics. For example, the 9984-2065 can detect the presence of metal, plastic, wood, paper, and more, in addition to detecting the presence of magnetic and non-magnetic objects. The 9984-2065 is a multi-zone sensor, meaning it can detect multiple objects within its detection range.

The 9984-2065 works by measuring the electric potential within its detection range. The detection range is adjustable, depending on the particular application. The sensor is comprised of a completely sealed sensor head and detection cone, which allows for a wide range of detection angles and distances. The 9984-2065 also has built-in self-test, and self-calibration capability, meaning it is able to adapt to its environment in order to deliver reliable and precise results.

Applications

The 9984-2065 has a wide range of applications, due to its ability to detect objects regardless of their characteristics. It is suitable for many different industrial applications, such as metal detection, positioning, and other non-contact measurements. Additionally, it is ideal for integrating into automated systems and robotic platforms, as well as for use in industrial workpieces and tools.

The 9984-2065 is often used to detect objects in a wide range of environments, such as in assembly lines, packaging machines, and automated systems. It is also used for obstacle detection in robotics applications, as well as in medical instruments and diagnostic devices. In addition, due to its non-contact detection capability, the 9984-2065 can be used in hazardous environments where contact-based sensors would be unsuitable.

Working Principles

The working principle behind the 9984-2065 is based on measuring the electric potential within its detection range. A voltage is applied to the sensor’s active surface, generating an electric field within its detection range. This field is detected by a sensitive detector, which then produces an output signal depending on the type and presence of objects in the detection range.

The 9984-2065 is equipped with a switchable frequency that allows for a range of detection angles, as well as adjustable detection distances. This feature makes it suitable for a wide range of applications, as it can be tailored to accurately detect objects even in difficult environments. Additionally, the 9984-2065 has built-in self-calibration and self-testing capabilities, which allow it to automatically adjust to its environment in order to deliver reliable results.

Conclusion

The 9984-2065 is a specialized non-contact sensor that can detect the presence of objects regardless of their physical characteristics. It has a wide range of applications, from industrial measurements to obstacle detection in robotics. Its built-in features, such as adjustable frequency and detection distances, allow it to be tailored to a wide range of environments in order to deliver reliable results. Due to its extended range of detection and specialized application fields, the 9984-2065 is an ideal sensor for many industrial and automation applications.

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