KJR-D300AN-DNIA-VE

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Proximity Sensors play an important role in the automation industry. They are used to measure the presence or absence of an object by detecting the presence of safety measures and monitoring industrial processes. In this article, we will discuss the KJR-D300AN-DNIA-VE application field and working principle, which is a type of proximity sensors.

The KJR-D300AN-DNIA-VE, commonly known as the DNIA sensor, is an inductive proximity sensor designed for use in challenging industrial and automotive environments. The sensor is available with a variety of sensing ranges from 5 to 40 mm in diameter and is designed for robust operation in harsh environments, including exposure to extreme temperatures, high vibration levels, and oil or steam. The housing is corrosion-resistant and the sensor is RoHS compliant.

One of the main advantages of the KJR-D300AN-DNIA-VE is that it can be installed in a variety of locations and does not require a direct line of sight with the object to be detected. This makes the module suitable for use in environments where space is limited. It is also waterproof and has a high level of immunity against electromagnetic fields (EMFs).

In terms of its application field, the KJR-D300AN-DNIA-VE is typically used in the manufacturing industry, where it is used to detect the presence of objects such as components on a conveyor, allowing the machine to adjust the production process accordingly. The sensor is also used in automotive applications, such as for counting wheels and detecting the presence of objects in blind spots.

The working principle of the KJR-D300AN-DNIA-VE is based on the principle of inductive sensing. The sensor contains a coil of wire that is energized by an alternating current. When a metallic object is within the sensing range of the field, the electromagnetic field induces a current in the object which is detected by the sensor. The signal is then processed by the module and used to identify the presence of the object.

The KJR-D300AN-DNIA-VE is a versatile and reliable proximity sensor, capable of being used in a range of industrial and automotive applications. Its robust construction and low profile make it a suitable choice for use in environments with limited space or corrosive conditions. Furthermore, its working principle is based on induction, allowing for reliable and accurate sensing even in the presence of EMFs.

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