Best Seller Efector Ifm Ogh580 Ogh-fpkg/us/cube Diffuse Reflection Sensor Now 75% Cheaper [N1y3FZG9]

Best Seller Efector Ifm Ogh580 Ogh-fpkg/us/cube Diffuse Reflection Sensor Now 75% Cheaper [N1y3FZG9]

The Best Seller Efector Ifm Ogh580 Ogh-fpkg/us/cube Diffuse Reflection Sensor Now 75% Cheaper [N1y3FZG9] is a cutting-edge sensor designed for precise detection and background suppression. This sensor offers exceptional performance and reliability, making it ideal for a wide range of applications. Its advanced features and versatile design make it a valuable addition to any automation system.

Key Features and Specifications

The Efector IFM OGH580 OGH-FPKG/US/CUBE sensor is equipped with a red light source at a wavelength of 645 nm, providing optimal detection capabilities. Its rectangular housing, featuring an M18 thread, ensures a secure and stable installation. The sensor is designed for diffuse reflection detection, offering background suppression to enhance accuracy and minimize false triggers. Its electrical data includes an operating voltage range of 10...30 DC, a rated insulation voltage of 32 V, and a current consumption of 25 mA. The sensor also features reverse polarity protection, a max. power-on delay time of 300 ms, and is classified as Protection Class III.

Applications and Benefits

The Best Seller Efector Ifm Ogh580 Ogh-fpkg/us/cube Diffuse Reflection Sensor Now 75% Cheaper [N1y3FZG9] is suitable for various applications, including material handling, quality control, and safety monitoring. Its programmable light-on/dark-on mode provides flexibility for different detection requirements. The sensor's detection zone ranges from 15...200 mm, making it suitable for a wide range of objects, including white, grey, and black surfaces. Its adjustable range and max. light spot diameter of 13 mm (at maximum range) offer precise and reliable detection. With features like short-circuit protection and a permanent current rating of 200 mA for the switching output, this sensor ensures consistent and reliable performance.