Troffer & Panel Light PIR Sensor Product Description The Troffer & Panel Light PIR Sensor is a compact and efficient motion detection solution designed to enhance energy savings and convenience in commercial and industrial lighting systems. Engineered with precision, this sensor integrates seamlessly with LED troffers and panel lights, enabling automatic on/off or dimming functions based on occupancy. Using Passive Infrared (PIR) technology, the sensor accurately detects motion by sensing heat signatures, ensuring reliable activation of your lighting fixtures only when needed. Its wide detection range and high sensitivity make it perfect for large spaces, while its discreet design blends effortlessly with modern lighting setups. Built with advanced circuitry, the PIR sensor supports 0-10V dimming controls and operates on AC120-277V, making it compatible with most commercial LED lighting systems. Whether for offices, classrooms, retail environments, or conference rooms, this sensor offers an intelligent way to reduce energy waste while improving user comfort and safety. Key Features: Passive Infrared (PIR) Motion Detection – Provides accurate occupancy sensing for automatic lighting control. Energy Savings – Ensures lights operate only when needed, significantly reducing power consumption. Wide Voltage Compatibility – Works with AC120-277V systems for versatile applications. 0-10V Dimming Ready – Enables smooth dimming control for enhanced efficiency and comfort. Compact & Discreet Design – Blends seamlessly into troffer and panel light installations. Reliable Performance – High-quality sensor with stable operation and extended lifespan. Easy Integration – Designed for simple installation with standard lighting fixtures. Applications: Office Buildings & Conference Rooms Schools & Universities Hospitals & Healthcare Facilities Retail Stores & Supermarkets Warehouses & Commercial Spaces Upgrade your lighting system with the Troffer & Panel Light PIR Sensor—a smart, reliable, and cost-saving solution for modern lighting environments.
