Datasensing MV4/A0-0E Sensors

The Datasensing MV4/A0-0E Sensors offer a versatile range of models, including diffuse, retro-reflective, polarized, and through-beam options, catering to various sensing needs. The through-beam models boast a high sensing range, while the retro-reflective models utilize polarized light with a visible beam for enhanced accuracy. Designed with an M12 plug cable exit available in both axial and right-angle shapes, these sensors ensure easy installation and integration. They feature low leakage current and high output current, providing reliable performance with an IP67 protection degree for complete safeguarding against electrical damage. With a nominal sensing distance of 200mm and a thermal drift of Sr at ?10%Sr, these sensors maintain a repeat accuracy of 5%. The function principle is based on diffuse reflection, ideal for short distances up to 200mm, with a white target Kodak 90% 100 x 100mm. The optic position is axial, and the output type is TRIAC NO, with a switching frequency of 25Hz and a response time of 20ms. Operating within a voltage range of 20...253VAC/50-60Hz, the sensors have a no-load supply current of ? 30mARMS and a load current range of 5…300mARMS. The leakage current is 6A, and the output voltage drop is ?3V@Iload=300mARMS, with a maximum ripple content of ?10%. Equipped with red LED indicators for status output, the sensors have a time delay before availability of ?200ms and emit LED Infrared light at 880nm. They are resistant to interference from external light, withstanding up to 3,000 lux from incandescent lamps and 10,000 lux from sunlight. The sensors are compact, with dimensions of M18x1/L=78.9mm and a weight of 30g, housed in durable PBT/PC material with a PMMA active head. They are designed to operate in temperatures ranging from -25°C to +70°C without freezing, and they come with M18 x 1 nuts for secure mounting. The sensors are CE cURus approved, EMC compatible with EN 60947-5-2 standards, and built to withstand shocks and vibrations as per IEC 60068-2-6 and IEC 60068-2-27 standards, ensuring robust performance in demanding environments.