<p>When selecting an optical sensor for industrial or commercial applications, understanding the technical specifications is crucial. This optical sensor offers a reliable sensing range of 0.1 to 1.2 meters, making it versatile for various operational environments where precise detection is needed.</p><p>Designed with a rated voltage of 12-24 VDC, this sensor provides flexibility in power supply options, fitting seamlessly into existing systems without the need for extensive modifications. The rated power consumption stands at 0.5 W for the emitter and 0.8 W for the receiver, ensuring energy efficiency—a key consideration in today&#39;s cost-conscious and environmentally aware markets.</p><p>The output type is an NPN transistor, which is widely used in industrial settings due to its simplicity and reliability when interfacing with control systems that require low-side switching configurations.</p><p>Durability is enhanced by its robust construction featuring an ABS enclosure coupled with acrylic lens and indicator covers. These materials are known for their strength and resistance to impact, ensuring longevity even in demanding conditions.</p><p>Operating within a humidity range of 35-85%, this sensor can function effectively in environments where moisture levels fluctuate but do not exceed extreme limits. Its IP62 degree of protection indicates that while it&#39;s protected against dust ingress to a certain extent, it should be shielded from direct water exposure during installation or operation.</p><p>In terms of resilience against physical forces, this device boasts shock resistance up to 490 m/s&#178;-s and vibration resistance between frequencies of 10-150 Hz. These attributes make it suitable for use in dynamic environments where mechanical stress might otherwise compromise performance or lifespan.</p><p>This optical sensor integrates seamlessly into automation processes requiring consistent performance under varying conditions while maintaining energy efficiency and durability—key factors that professionals consider when evaluating such components for their projects.</p>