<p>When selecting a photoelectric sensor for industrial and commercial applications, understanding the technical specifications is crucial to ensure it meets your operational requirements. This particular sensor offers a sensing range of 800 mm, making it suitable for various detection tasks in automation processes.</p><p>Operating efficiently within a rated voltage of 12-24 VDC and consuming less than 10 mA of current, this sensor is designed to be energy-efficient. Its NPN output type allows for straightforward integration into existing control systems.</p><p>The robust die-cast zinc housing provides durability, while the IP67 degree of protection ensures reliable performance even in dusty or wet environments. It operates effectively across a wide temperature range from -30 to 70 degrees Celsius, catering to diverse climatic conditions.</p><p>With CE, RoHS certifications and UL recognition, this sensor complies with international standards ensuring safety and environmental friendliness. Weighing just 65 grams, its lightweight design does not compromise on toughness or reliability.</p><p>The sensor&#39;s shock resistance is rated at 500 ms which enhances its resilience against mechanical impacts. A cable length of 2 meters offers ample flexibility during installation without requiring immediate extension solutions.</p><p>For quick response applications where timing is critical, the &lt;0.5 ms response time guarantees prompt detection and action. An insulation resistance of 20 MOhm further ensures electrical stability under various operating conditions.</p><p>Illuminance capability up to 3000 lx makes it adaptable even in well-lit areas while an orange LED operation indicator provides clear visual confirmation when the device is active. Humidity tolerance ranges from 35% to 85%, allowing use in variable moisture settings without compromising functionality.</p><p>In summary, this photoelectric sensor presents itself as a reliable component for those seeking efficiency combined with robust construction tailored for demanding environments.</p>