E2K-C25MY2-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 devices designed to detect and measure the presence of objects without any direct physical contact. The E2K-C25MY2-US Proximity Sensor is a digital type, capacitative, cylindrical inductive sensor which operates within a range of DC 8V to DC 35V, and even offers reverse polarity protection. It features easy setup with reliable operability, superior shock resistance up to 500g, high-speed operation, a long sensing distance of 25 mm, and a small cylindrical body for extra compact design solutions.

The E2K-C25MY2-US proximity sensor is one of the most advanced devices available on the market, and is primarily used in applications where a continuous, cost-effective, and reliable detection of moving objects is critical. To that end, this sensor is suitable for various industrial automation devices such as measuring devices, robotics, automated assembly machines, elevators, automatic doors, and other sophisticated industrial machines.

The E2K-C25MY2-US Proximity Sensor is an innovative means to accurately measure and detect approaching objects. It works on the principle of capacitance to detect the presence of metal objects. The working principle involves the creation of an oscillating electric field by the sensing element, which is placed mainly at the end tip of the sensor. This electric field interacts with the objects in the vicinity, and the variation in field capacitance is recorded, and this variation is then used to determine the presence of an object. Additionally, this sensor operates using two terminal connections: one that supplies power, and the other one which is used to put the sensor in sleep mode. This feature enables the sensor to remain in low-power consumption while being in an idle state.

Due to its small body and advanced features, the E2K-C25MY2-US Proximity Sensor makes an excellent choice for a wide range of modern automated systems, allowing them to reliably detect and measure the presence of approaching objects without the hassle of direct physical contact. Its superior shock resistance, high-speed operation, long sensing distance, reverse polarity protection, and ease of programmability make it an ideal solution for a variety of industrial automation projects.

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