McGraw-Edison Ventus LED Area Luminaire

1 MIN READ
Designed for a wide variety of area and roadway applications, the Ventus LED Area Luminaire from Cooper Lighting brand McGraw-Edison uses Coopers proprietary LED LightBar technology. Its construction allows for passive cooling and natural cleaning of the extruded heat sink, ensuring reliable operation in adverse conditions in parking lots, roadways, and security lighting applications. LightBar provides energy savings between 30% and 75% compared to standard HID systems while offering a more than 50,000-hour rated life. The luminaires modular design allows lumen and energy output to be scaled and optimized for the needs of a given space. Bi-level switching is also available. mcgraw-edison.com

Designed for a wide variety of area and roadway applications, the Ventus LED Area Luminaire from Cooper Lighting brand McGraw-Edison uses Coopers proprietary LED LightBar technology. Its construction allows for passive cooling and natural cleaning of the extruded heat sink, ensuring reliable operation in adverse conditions in parking lots, roadways, and security lighting applications. LightBar provides energy savings between 30% and 75% compared to standard HID systems while offering a more than 50,000-hour rated life. The luminaires modular design allows lumen and energy output to be scaled and optimized for the needs of a given space. Bi-level switching is also available. mcgraw-edison.com

Designed for a wide variety of area and roadway applications, the Ventus LED Area Luminaire from Cooper Lighting brand McGraw-Edison uses Cooper’s proprietary LED LightBar technology. Its construction allows for passive cooling and natural cleaning of the extruded heat sink, ensuring reliable operation in adverse conditions in parking lots, roadways, and security lighting applications. LightBar provides energy savings between 30% and 75% compared to standard HID systems while offering a more than 50,000-hour rated life. The luminaire’s modular design allows lumen and energy output to be scaled and optimized for the needs of a given space. Bi-level switching is also available. emcgraw-edison.com

About the Author

Jennifer Brite

Jennifer Brite is a design journalist and public-health scientist who is currently pursuing a doctorate in public health with a concentration in epidemiology and demography at the City University of New York. For ARCHITECT, she writes about new products and sustainable design.

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