ICB30S30N15NOM1

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Proximity Sensors are perfect for detecting the presence of almost any metal object without physical contact. They measure the proximity of metallic targets that can be sensed through non-metallic surfaces, such as plastic or wood. One such example of a proximity sensor is the ICB30S30N15NOM1.

The ICB30S30N15NOM1 is an inductive proximity sensor used to detect the presence of a metal object. It is typically used to detect the presence or absence of a target metal object that is within range. The sensor does not require direct contact to the metal object in order to sense its presence, and it can be operated from a distance.

The ICB30S30N15NOM1 is a 3-wire DC device, meaning it requires a DC supply voltage and two output connections, one for the normally-open (NO) connection and one for the normally-closed (NC) connection. The NO connection is used to monitor the output when the metal object is in the sensing range, while the NC connection is used to monitor the output when the metal object is not in the sensing range.

The ICB30S30N15NOM1 has an adjustable range of 30mm, and it is capable of sensing a variety of metals including steel, copper, aluminum and brass. The ICB30S30N15NOM1 is also capable of sensing through non-metallic objects, such as wood, plastic, rubber and paper. This allows the sensor to detect a target even when it is not directly in contact with the metal object.

The working principle of the ICB30S30N15NOM1 is based on the theory of inductive sensing. When a metal object is placed within the 30mm range of the sensor, an alternating electromagnetic field is generated. The metal then acts as an inductance, and the changing electromagnetic field induces a voltage in the metal object.

The voltage created by the electromagnetic field then acts as a signal for the sensor to detect. If the metal object is within the adjustable range of the ICB30S30N15NOM1, the sensor will activate and send a signal to the output, allowing it to be monitored. If the metal object is outside the sensing range, the sensor will remain in its normal state, with no output signal.

The ICB30S30N15NOM1 is well-suited for applications that require detection of a metal object without contact, such as automotive applications, conveyors, motors, rotating machinery, and 3D-printing. It is also useful for applications that require detecting of a metal object through a non-metallic object, such as wood or plastic.

In conclusion, the ICB30S30N15NOM1 is an inductive proximity sensor that is capable of detecting the presence of a metal object without direct contact. It has an adjustable range of 30mm and is suitable for applications such as automotive and 3D-printing. The working principle of the ICB30S30N15NOM1 is based on the theory of inductive sensing, which allows it to detect a metal object even when it is not in direct contact with the sensor.

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