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Proximity Sensors

Proximity sensors are devices that detect the presence of objects without any physical contact. They are used in a variety of applications to measure distance, proximity, displacement, and position. One such sensor is the UM30-213114, which is a type of inductive proximity sensor.

UM30-213114 Application Field

The UM30-213114 is an inductive proximity sensor with a sensing distance of up to 30 mm. It is suitable for use in applications where a non-contact detection of ferromagnetic objects is required. These objects can include metallic articles, wires, gears, screws, nuts, bolts, relays, chain links, and more. This sensor is often used in automation and robotic applications, as well as in assembly lines and manufacturing processes.

UM30-213114 Working Principle

The UM30-213114 operates on an inductive proximity principle, which works by inducing a current into a ferromagnetic object when it is placed in the sensing range. The current causes a voltage drop in the sensor, which then triggers the sensor\'s output signal. When the object is removed from the range, the current stops and the voltage returns to normal, which switches off the output signal.

In addition to detecting proximity, the UM30-213114 can also measure distance and displacement. This is due to the fact that the output signal changes in relation to the distance between the object and the sensor. Depending on the application, it can measure distances of up to 30 mm in both linear and angular directions. It can also be used to measure speed by detecting the rate of change of the output signal.

The UM30-213114 is resistant to environmental conditions such as dust, dirt, and vibration, and can operate in high temperatures up to 120 °C. It is also available in various forms, such as tubular, slot, square, and omega-shaped models.

Conclusion

The UM30-213114 is a reliable and versatile inductive proximity sensor that is suitable for a variety of applications. It has a long sensing distance of up to 30 mm and can be used to detect distance, displacement, and speed. It is also resistant to dust and vibrations, and can operate in temperatures of up to 120 °C. Therefore, the UM30-213114 is an ideal choice for automation and robotic applications, as well as manufacturing processes.

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