Datasensing MSE/00-1E Sensors

The Datasensing MSE/00-1E Sensors are advanced photoelectric sensors designed for a variety of applications. These sensors offer a wide range of models including diffuse, retro-reflective, polarized, through-beam detection, and background suppression, catering to diverse sensing needs. The through-beam models boast a high sensing range, while the retro-reflective models feature red visible polarized light for enhanced detection accuracy. Additionally, models with right angle optics (MP) and background suppression with fixed distance are available, ensuring precise performance in complex environments. All through-beam models come equipped with a check function and provide complete protection against electrical damage, ensuring reliable operation. With a nominal sensing distance of 16m (MSR) and 32m (MSD), these sensors maintain a thermal drift of Sr ?10% Sr and a repeat accuracy of 5%. The emitter function principle, axial optic position, and LED infrared emission (880nm) contribute to their robust performance. Operating within a voltage range of 10…30VDC and a no-load supply current of ? 15mA, these sensors are designed for efficiency. They feature short-circuit protection with autoreset, overvoltage protection, and impulsive overvoltage protection, safeguarding against electrical anomalies. The sensors are housed in nickel-plated brass with a PC plug, ensuring durability, and are equipped with an M12 plug for easy connections. With a compact design of M18 x 1 /L =93mm and a weight of 100g, these sensors are easy to install and maintain. They operate effectively in temperatures ranging from -25°C to +70°C without freezing, and are protected against shocks and vibrations as per IEC standards. The IP67 degree of protection ensures they are dust-tight and water-resistant, making them suitable for harsh industrial environments. Supplied with M18 x 1 nuts, these sensors are CE cURus approved and EMC compatible with EN 60947-5-2 standards, ensuring compliance and reliability in various applications.