LED Garage Canopy Light 59 Watt 7800 Lumens 80+ CRI 0-10V Dimmable 160 Degree Beam Angle IP54 Rated Polycarbonate Fresnel Lens 120-277V

Where is a 7,800-lumen LED canopy luminaire typically specified?

This output level is commonly specified for covered parking decks, building canopies, drive lanes, covered walkways, service corridors, and loading-adjacent overhangs where fixtures must control glare while maintaining consistent horizontal illumination for pedestrian and vehicle movement.

What does 7,800 lumens at 59W translate to in efficacy?

The fixture produces 7,800 lumens at 59W, which calculates to 132.2 lm/W. Maintained light levels depend on mounting height, spacing, surface reflectances, and any obstructions under the canopy.

How does a 160° beam angle affect coverage under a canopy?

A 160° distribution provides a wide footprint that supports fewer dark zones between fixtures across drive lanes and parking bays. For edge conditions and ramp transitions, verify uniformity using the photometric file and the project’s minimum-to-average criteria.

What does an IP54 rating indicate, and how does that relate to wet-location use?

IP54 indicates limited dust ingress protection and protection against water spray from any direction. The fixture is listed for wet locations, which addresses exposure to weather under open-sided canopies and similar covered outdoor applications where rain and wind-driven moisture can be present.

What does the polycarbonate Fresnel lens do compared to a flat diffuser?

A polycarbonate Fresnel lens controls optical spread while using a durable impact-resistant material. In canopy environments, this approach helps distribute light across the pavement plane and reduces direct view of the LED sources at typical approach angles.

How should 4000K versus 5000K be selected for parking and canopy areas?

4000K is commonly specified where a neutral white appearance is preferred around building entries and mixed-use sites. 5000K is typically selected where higher contrast supports camera performance, signage visibility, and identification tasks in parking and drive-lane conditions.

What does CRI 83 support for visibility in exterior circulation zones?

A CRI of 83 supports accurate recognition of colors and contrast for wayfinding, safety markings, and general identification tasks. For projects with color-critical requirements, verify any additional color metrics provided in the photometric report.

What does 0–10V dimming support in canopy and garage control strategies?

0–10V dimming supports integration with occupancy sensors and scheduling controls, including bi-level operation for low-traffic hours. It also supports commissioning trim so light levels can be set to the project target after installation.

What does the 120–277V input range support for commercial electrical planning?

The 120–277V driver supports common branch circuit voltages, including 277V lighting circuits frequently used in commercial facilities. This can reduce the need to specify separate voltage variants across different sites.

What does DLC Premium listing support for documentation and rebates?

DLC Premium listing is commonly used for utility rebate qualification and for performance documentation in submittals when a project requires third-party verification. Confirm rebate eligibility by utility program, since requirements vary by territory.

What does the minimum operating temperature of -4°F indicate for winter operation?

A minimum operating temperature of -4°F indicates the driver and LED system are rated for cold-weather starts and operation down to that ambient temperature. For colder climates or wind-exposed installations, confirm site conditions and any derating guidance in the manufacturer documentation.

What should be tracked for maintenance planning based on the service life and warranty?

The fixture is rated for 50,000 hours and includes a 5-year limited warranty. For maintenance planning, record mounting locations, control zoning, and selected CCT by area so replacements match output, appearance, and dimming behavior.