Waterproof 200W LED Street Light - Aluminum, Matte Black & White Light

Meet the Orny 200W LED street lamp: a sleek matte black aluminum housing that delivers powerful and efficient 17,594 lumens of bright cool white (6400K) light. Thanks to its 200W power and wide 120° light spread, it quickly illuminates large roads and areas.

Robust and weatherproof (IP65) designed for long-term use with approximately 30,000 burning hours, energy efficient and easy to mount on the wall. Perfect for street, parking and site lighting where reliability and low maintenance count.

Key features

• 200W power
• 17,594 lumens light output
• 6400K color temperature (bright/cool white)
• IP65 weatherproof
• Aluminum durable housing
• 30,000 hours estimated burn time

Powerful lighting

With 17,594 lumens and a 120° light spread, the Orny 200W provides direct, even lighting for large roads, parking lots, and grounds. Its high power and cool 6400K color temperature improve visibility and safety in bad weather and at night, making objects and traffic situations easier to see. Thanks to the wide beam, fewer fixtures are needed to effectively illuminate an area.

Low operating costs

The Orny combines high light output with efficient energy consumption, so you pay less for kilowatt hours than with conventional lighting. With an estimated lifespan of approximately 30,000 hours, maintenance and replacement costs are also reduced: fewer service calls, lower labor costs, and less material expenditure. This combination of efficiency and durability results in a quick return on investment for municipalities, businesses, and site managers.

Robust design

The matte black aluminum housing with IP65 rating provides reliable protection against rain, dust, and temperature fluctuations, allowing the fixture to be used outdoors for years without loss of performance. The sturdy construction minimizes corrosion and mechanical wear, increasing operational reliability. In addition, mounting is simple and versatile, allowing for quick installation and inspections and minimizing downtime.