Technical Selection Guide for LED Panels
Choosing the right panel involves more than just selecting a size. Understanding the internal architecture of the fixture ensures you get the right light distribution for your specific ceiling height and workspace requirements.
Back-Lit vs. Edge-Lit Technology
We curate our collection to include both back-lit and edge-lit designs, each serving a distinct purpose:
- Back-Lit Panels: These feature LEDs mapped across the back of the fixture, shining through a diffuser. They are generally more energy-efficient and less prone to yellowing over time, making them the preferred choice for high-use areas like schools and hospitals.
- Edge-Lit Panels: These utilize LEDs along the frame that shine into a light guide plate. They offer an incredibly slim profile (often less than half an inch thick), which is critical for ceilings with very shallow plenum space or restricted clearances.
Versatile Mounting for Any Ceiling Type
While most panels are specified for Standard 15/16” T-grid ceilings, we know that commercial projects often present unique structural challenges. Our fixtures support three primary installation methods:
- Recessed: The standard drop-in method for acoustic tile grids.
- Surface Mount: Utilizing a specialized frame kit, these panels can be mounted directly to sheetrock or concrete ceilings where a grid is not present.
- Suspended: Ideal for modern industrial-chic offices, panels can be hung via aircraft cables to provide a floating aesthetic and more localized task lighting.
Performance Standards & Compliance
Visual Comfort and Unified Glare Rating (UGR)
In professional office environments and classrooms, eye strain is a major concern. We prioritize panels with high-transmission micro-prismatic lenses that achieve a low UGR (Unified Glare Rating). This ensures that the light is diffused evenly, eliminating the hot spots that cause screen glare and fatigue.
Energy Codes and Dimming Integration
To ensure your project meets local building codes (such as Title 24 or ASHRAE standards), our panels come standard with 0-10V flicker-free dimming. This allows for integration with daylight harvesting sensors and occupancy controls, which can significantly reduce utility costs by automatically adjusting light levels based on the natural light available in the room.
