E2F-X10Y2-53-US

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Proximity sensors are widely used in industrial automation, robotics, milling machines, and a variety of other automated processes. The E2F-X10Y2-53-US proximity sensor is no different in terms of its application fields and working principle.

Typical applications for the E2F-X10Y2-53-US proximity sensor include but are not limited to sensing the presence of an object in a certain area or sensing differences in the temperature of various mediums. The device is especially useful in the identification and tracking of non-metallic objects. Its versatile design makes it very popular for use in machine vision and automated guided vehicles.

The E2F-X10Y2-53-US proximity sensor utilizes a sensing element composed of extrinsic and intrinsic elements. The sensor’s extrinsic elements generate a field that interacts with the intrinsic elements that are sensitive to the field. The sensor’s extrinsic elements include Kapton tape, an optical digital interface, and locating pins while the intrinsic elements include a sensing transducer, Hall-effect sensing element, and a magnetometer.

The sensing element of the E2F-X10Y2-53-US proximity sensor generates a signal when the sensing field is disturbed. This type of signal is known as a “Hall Effect” signal. By measuring the magnitude of the Hall Effect signal generated, a user can infer the presence of an object by its strength. The Kapton tape creates the magnetic field necessary for the Hall Effect signal to be detected. This is then coupled with the sensing transducer and magnetometer to form the necessary feedback loop.

The optical digital interface of the E2F-X10Y2-53-US proximity sensor allows the device to be configured for use in a wide range of industrial automation and robotic applications. It can be used to monitor and control motors, switches, and various forms of automated production. Through the use of digital signal processing, the device can also be programmed to detect changes in object positions, sizes, and orientations.

The locating pins on the E2F-X10Y2-53-US proximity sensor enable the device to be mounted accurately on various types of surfaces. This is a great benefit in robotic applications as it helps to reduce the time required for setup and calibration. The digital interface also allows for additional flexibility when configuring the device.

The E2F-X10Y2-53-US proximity sensor is an extremely versatile and reliable device. Its various components and features make it ideal for a wide range of applications. Its ability to detect the presence of an object or measure medium temperatures, as well as its reliable mounting and easy-to-use interface, make it a great choice for industrial applications. Its versatile design and reliable sensing elements make the E2F-X10Y2-53-US proximity sensor an excellent choice for a wide variety of applications.

The specific data is subject to PDF, and the above content is for reference