H-IN-14

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H-IN-14 is a fail-safe inductive proximity sensor, which is widely used in the field of industrial automation for non-contact detection and position sensing. The principle of operation is based on a magnetic field, generated by an oscillator, that is being periodically activated by the sensor. The signal is then picked up by the transmitter. When the sensor is in the proximity of the target, the signal is picked up by the receiver, allowing for the detection. The H-IN-14 features two operating modes, static and dynamic, allowing for either continuous monitoring and detection of a target or for a single detection of a target.

The static mode of detection works by the sensor emitting an alternating frequency signal and the target object being detected by the sensor when the frequency and period of the signal match that of the target object. The dynamic mode of detection works in a similar way but with a true differential input signal which detects the signal more accurately and provides a higher degree of accuracy and precision. This ensures a long-term and reliable detection of the target object.

The H-IN-14 offers a lot of advantages, such as low power consumption, high sensitivity, long-term reliability, and an easy installation. Furthermore, it is highly resistant to electromagnetic interference and external vibrations, which makes it suitable for applications in harsh environments. Moreover, thanks to its flexible design, the H-IN-14 can be easily customized for specific requirements.

The H-IN-14 can be used for a variety of applications such as detecting the position of a target object, monitoring the presence of a target object, or measuring the speed or distance of a target object. It can also be used to count objects passing through a particular zone. Additionally, it can be used to detect the absence of an expected object.

H-IN-14 is a flexible, highly sensitive and reliable inductive proximity sensor that is widely used in industrial automation applications. It offers a low power consumption, high sensitivity, long-term reliability, and an easy installation. Moreover, it is resistant to electromagnetic interference and external vibrations making it suitable for many applications.

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