E2E-X3D1-M1J-T 0.3M

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Proximity sensors are an essential component of the technologies that enable interconnected components and automated processes found in the industrial automation industry. The E2E-X3D1-M1J-T 0.3M is an example of a proximity sensor. This article will explore the application fields and working principle of the sensor.

Application fields

The E2E-X3D1-M1J-T 0.3M can be used in a variety of applications, from sensing objects to controlling automation processes. In industrial applications, the sensor can be used to sense the presence of small objects within its range. This feature is particularly useful in safety applications such as automated machinery and robotics, where the sensor can detect objects entering its range and take action pre-emptively to ensure the safe operation of the machine. Additionally, it can be used for applications such as non-contact position sensing, where the sensor can detect objects up to 0.3mm away from its sensing face.

The sensor can also be used in a wide range of automation processes. By detecting objects within its range, the sensor can act as a trigger point for automated processes, such as sorting components or activating processes in a production line. Furthermore, it can be integrated into robotic systems to detect objects and provide feedback necessary for navigation and manipulation tasks.

Working principle

The E2E-X3D1-M1J-T 0.3M works on the principle of eddy current displacement. This type of sensor uses an alternating current (AC) field generated by its internal coils to induce eddy currents in any conductive objects within its range. This eddy current displacement generates a changing magnetic field, which is detected by a receiving coil in the sensor. By calculating the phase shift between the AC field and the detected field, the sensor can detect objects with accuracy up to 0.3mm.

The E2E-X3D1-M1J-T 0.3M is capable of operating in two modes: field effect mode and field derivative mode. In field effect mode, the sensor detects objects as soon as they drive eddy current displacement higher than the field threshold. In field derivative mode, the sensor detects objects when the rate of change (derivative) of the eddy current displacement becomes greater than the derivative threshold.

Conclusion

The E2E-X3D1-M1J-T 0.3M is an example of a proximity sensor used for industrial automation applications. Its working principle is based on eddy current displacement and it can detect objects up to 0.3mm away from its sensing face. It can be used for safety applications, as well as triggering automated processes in a production line. By using this type of sensor, industrial automation manufacturers can increase safety and simplify processes.

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