UM30-214118

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Proximity Sensors are one of the most common uses of electromechanical technology, and the UM30-214118 has recently been adapted to their use. The main distinction for this model is its unique combination of features, which can be used to measure distance and detect objects in a wide variety of environments and for a variety of application purposes.

This particular proximity sensor is capable of detecting objects with a high degree of accuracy, and it is quite efficient in terms of its power requirements. It utilizes ‘Piezo-electric effects’ which cause the sensor to vibrate when exposed to a specific frequency. The UM30-214118 then measures the amount of vibration and uses this information to identify the object in the environment. The sensor can detect objects without actually coming into contact with them, which is why it is referred to as a ‘contactless’ device. This feature further increases the applications of the device, as it can be used to detect objects underwater, or in explosive or highly volatile environments.

Further, the UM30-214118 is versatile enough to detect objects from a distance of between 0.1mm and 25mm. This means the device can detect objects that might otherwise be hidden from conventional sensors. Additionally, thanks to its operational frequency of 10 kHz, the device can be employed for applications that require repetitive presence detection in hazardous areas. The sensor is also capable of consistent measurement speeds, making it ideal for applications such as shaft measurement and size measurement.

In terms of its uses, the UM30-214118 is typically employed in industrial or factory automation for various tasks. For instance, it can be used to measure the size or length of an object on a conveyor belt, or to detect the presence of a package in a shipping system. In some instances, it can also be used to detect the level of a liquid or granular material within a container. Additionally, it is often utilized as part of an automatic object-detection system, such as in automatic sorting machines or robotic arms.

Moreover, the UM30-214118 can be used in motion control systems, such as those used in elevators, stair lifts, or parking gates. It can also be employed to detect the forward/backward movement of objects that are moving along a production line. Last but not least, the sensor can be used in auto-drive systems, as it can detect obstacles and prevent accidents.

In conclusion, the UM30-214118 Proximity Sensor offers a robust and versatile platform for applications in industrial automation, motion control and auto-drive systems. It is capable of detecting objects from a distance of between 0.1 mm and 25mm, and is suitable for use in hazardous or difficult-to-reach environments. Additionally, its operational frequency of 10 kHz allows for the detection of repetitive presence, while its power requirements are considered quite efficient. All in all, it makes a worthwhile addition to the range of Proximity Sensors currently available on the market.

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