<p>When it comes to selecting an optical sensor for industrial or commercial applications, understanding the technical specifications is crucial. This optical sensor offers a balanced combination of performance and reliability, making it a suitable choice for various environments.</p><p>Operating within a rated voltage range of 12-24 VDC, this optical sensor provides flexibility in power supply options. It consumes a modest 0.96 W of power, ensuring energy efficiency without compromising on functionality. The output type is NPN, which makes it compatible with many standard automation systems and control circuits commonly used in industrial settings.</p><p>The housing material is constructed from durable polycarbonate for both the enclosure and cover. This choice of material ensures that the sensor can withstand typical wear and tear associated with industrial environments while maintaining its structural integrity over time.</p><p>With an IP40 degree of protection, this optical sensor is designed to prevent ingress by solid objects larger than 1 mm, such as wires or tools. While it&#39;s not protected against water intrusion, its design makes it well-suited for indoor applications where dust protection suffices.</p><p>Adherence to important standards and approvals further underscores the product&#39;s quality and safety credentials. It complies with the EMC Directive, ensuring electromagnetic compatibility within electrical equipment environments—a critical factor in preventing interference with other devices. Additionally, RoHS compliance guarantees that hazardous substances are minimized in its construction, aligning with global environmental standards.</p><p>Finally, UL/cUL certification provides assurance regarding safety standards applicable across North America—an essential consideration if your operations span multiple regions or require rigorous safety compliance checks.</p><p>This comprehensive set of features positions this optical sensor as a dependable component for integration into existing systems requiring precise sensing capabilities without unnecessary complexity or cost overheads.</p>