The CSC LED FL04B Concorde Flood Light is engineered with advanced LED technology that delivers significantly more light output per watt compared to traditional HID, metal halide, or halogen flood lights. This translates to meaningful energy savings on your electricity bill — often reducing consumption by 50% or more — while providing superior light quality with a high CRI rating that renders colors naturally and accurately across your illuminated space.
At the heart of the fixture is a high-efficiency LED driver designed for long-term reliability and consistent performance. The driver regulates power smoothly to minimize flicker and extend the lifespan of the LEDs, ensuring thousands of hours of dependable operation. Combined with an advanced thermal management system — featuring a precision-engineered aluminum heat sink — the Concorde effectively dissipates heat away from critical components, protecting the LEDs and driver from premature degradation even during extended run times.
This fixture is IP-rated for wet locations, making it fully suitable for direct exposure to rain, snow, sleet, and the full range of Canadian weather conditions. It carries cUL and CSA approval, confirming compliance with rigorous Canadian electrical safety standards. Depending on the configuration, select models also meet DLC certification requirements, which may qualify your purchase for utility rebate programs in many Canadian provinces — an added bonus that helps offset your initial investment.
Whether you're replacing an outdated exterior fixture or planning a brand-new outdoor lighting layout, the Concorde's fixed-mount design simplifies installation on walls, poles, or structural surfaces. The durable housing and corrosion-resistant construction ensure the fixture maintains its appearance and performance over years of outdoor use. With selectable color temperature and multiple wattage configurations available, electricians and homeowners alike appreciate the flexibility to fine-tune the lighting to the specific demands of each application.