70 Watt Square LED Canopy Light | 9100 Lumens | 5000K | 100-277V

High-Performance LED Canopy Lighting for Demanding Commercial Applications

For facilities that require reliable overhead lighting with superior energy efficiency, this 70-watt LED canopy fixture delivers exceptional performance in a compact square design. Engineered to handle demanding conditions with its die-cast aluminum housing and IP65 weatherproof rating, this fixture produces 9100 lumens of crisp daylight-balanced illumination while consuming significantly less power than traditional alternatives. Built for environments where consistent lighting quality matters most, the fixture's 130 lumens-per-watt efficiency and 50,000-hour lifespan make it an ideal choice for operators seeking long-term value and reduced maintenance requirements.

Key Advantages

• Provides consistent 9100-lumen output with exceptional 130 LPW efficiency for maximum energy savings
• Offers reliable die-cast aluminum construction with IP65 protection against dust and water ingress
• Designed to deliver precise lighting control with 0-10V dimming capability and 140-degree beam spread
• Built with polycarbonate lens optics that maintain light quality while protecting internal components
• Ensures dependable operation in extreme temperatures from -40°F to 113°F
• Supports demanding operations with dual mounting options for pendant or surface installation
• Maximizes lifespan by using premium driver components rated for 50,000 hours of continuous operation

Who This Fixture Is For

• Gas station and fuel canopy operators requiring weatherproof lighting with reliable performance
• Warehouse and distribution facility managers seeking efficient overhead illumination
• Retail establishment owners needing attractive exterior lighting for covered areas
• Property managers upgrading aging metal halide systems in commercial buildings
• Maintenance teams responsible for minimizing fixture replacement and service calls
• Facility operators in regions with extreme temperature variations requiring durable lighting solutions

How It Compares to Metal Halide

When upgrading from metal halide systems, this LED fixture provides immediate improvements in both energy consumption and maintenance requirements. By comparison, traditional 250-watt metal halide fixtures consume more than three times the energy while producing inconsistent light output and requiring frequent lamp replacements. From a cost standpoint, the LED technology eliminates warm-up time and provides instant full-brightness illumination with superior color consistency throughout its operational life. Performance-wise, the fixture's extended temperature range and weatherproof construction outperform conventional alternatives that often fail in harsh environmental conditions.

Installation Considerations

With its specialized construction measuring 9.1 x 9.1 x 3.9 inches and weighing just 6.25 pounds, this fixture accommodates both pendant and surface mounting configurations without requiring structural reinforcement. The universal voltage input accepts 100V-277V power sources, simplifying installation across different electrical systems. In practice, the compact square profile integrates seamlessly into existing canopy structures while the white finish provides a clean, professional appearance. Additionally, the 0-10V dimming compatibility allows integration with modern lighting control systems for enhanced operational flexibility.

Certifications & Ratings

• UL listed for safety compliance in commercial and industrial applications
• IP65 rating provides complete protection against dust infiltration and water jets
• Rebate eligible status helps offset initial investment costs through utility incentive programs
• Operating temperature range certified from -40°F to 113°F for reliable year-round performance

Warranty

• 5-year comprehensive warranty covers complete fixture including LED components and driver
• Warranty protection ensures long-term investment value and operational confidence
• Coverage includes manufacturing defects and premature component failure under normal operating conditions