Datasensing FALH/X0-0E Sensors

The Datasensing FALH/X0-0E Sensors are advanced photoelectric sensors designed for precision and reliability. Featuring an axial laser emitter with a nominal sensing distance of 50 meters, these sensors are ideal for a variety of industrial applications. The robust design includes a complete range of M18 sensors with a 10...30 Vdc power supply, offering both axial and radial optics with a flat surface. The visible red laser emission models ensure accurate detection, while the IP67 protection degree guarantees durability in harsh environments. Constructed with either metallic or plastic housing, these sensors provide total protection against any type of electric damages, ensuring long-lasting performance. Sensitivity adjustment is available for all models, allowing for customization to meet specific needs. The sensors are equipped with LED indicators for easy status monitoring: green for power ON, yellow for emission ON, and yellow for emission OFF. With a thermal drift of Sr ?10% and a repeat accuracy of 5%, the FALH/X0-0E Sensors deliver consistent and reliable results. The emitter function principle, with a check input connected to 0Vdc for switching off the emission, enhances operational flexibility. The sensors are CE and cULus listed, ensuring compliance with international standards. Additional features include reverse polarity protection, a no-load supply current of ? 25mA, and a maximum ripple content of ?10%. The sensors are designed to withstand shocks and vibrations, adhering to IEC 60068-2-6 and IEC 60068-2-27 standards. Operating within a temperature range of -15°C to +55°C, these sensors are suitable for various environmental conditions. The FALH/X0-0E Sensors come with supplied accessories, including nuts M18 x 1, and feature a compact design with dimensions of M18 x 1 /L =97.6mm. The housing material is made of PBT / PC plug, with an active head material of glass / PC, ensuring durability and reliability. With a tightening torque of 1Nm, these sensors are easy to install and maintain, making them a versatile choice for industrial sensing applications.