Pfannenberg 21105641011 POL10-M-R 85-265V AC RD LED Obstacle Light Monitored Redundant External Switching 85 to 265 V

# Pfannenberg LED Obstacle Light The **Pfannenberg 21105641011 POL10-M-R** is a high-performance LED obstacle light designed for industrial applications requiring reliable signaling solutions. Engineered with a robust construction, this strobe light operates on an input voltage range of **85 to 265V AC** and is equipped with advanced monitoring and redundant external switching features to ensure continuous operation and safety. ## Key Features • **Voltage Range:** Operates efficiently between **85 to 265V AC**, providing versatility for various installations. • **LED Technology:** Utilizes energy-efficient LED technology for bright, visible signaling while minimizing power consumption. • **Redundant External Switching:** Incorporates a redundant switching mechanism to enhance reliability and operational safety. • **Robust Design:** Constructed to withstand harsh environmental conditions, ensuring longevity and durability in industrial settings. • **Compliance:** Meets industry standards for safety and performance, making it suitable for use in critical applications. ## Applications • **Industrial Signaling:** Ideal for marking hazardous areas, ensuring safety in construction sites, or indicating obstacles in industrial environments. • **Compatibility:** Works seamlessly with various control systems and is suitable for integration in automated processes. • **Environmental Suitability:** Designed for use in challenging conditions, providing reliable performance in both indoor and outdoor applications. ## Benefits • **Enhanced Safety:** Bright LED signaling minimizes the risk of accidents, promoting workplace safety. • **Energy Efficiency:** Reduces energy costs with LED technology, contributing to overall operational efficiency. • **Reliable Performance:** The monitored redundant switching feature ensures continuous operation, reducing downtime and maintenance requirements. --- *Product information compiled with AI assistance for reference purposes.*