Rapid Retro Troffer Door Light 2X2 (Coming Soon)
For Commercial Spaces, Airport Lounges & Corporate Offices. Available in Selectable CCT & Wattages- 20W/30W/40W
The Havells Rapid Retro Troffer Door Light 2X2 is a high-performance lighting solution engineered to deliver bright, consistent illumination with a clean, modern aesthetic. Ideal for a wide range of professional environments, it offers adaptable lighting with selectable color temperature and wattage settings. Its slim, integrated design fits seamlessly into ceiling grids, making it a practical choice for contemporary interiors where both efficiency and appearance matter.
Applications:
Commercial Spaces, Airport Lounges, Corporate Offices, Banks & ATM Outlets, Modern Work Spaces and Hospital Premises.
Variations
| PRODUCT NUMBER | SELECTABLE WATTAGE | SYSTEM LUMENS | LUMENS EFFICIENCY | SELECTABLE CCT | INPUT VOLTAGE | LIFE OF PRODUCT |
| HL-2X2-MW-MCCT-40W-Retro Troffer | 20W/30W/40W | 5,000lm | 125 lm/W | 3500K/4000K/5000K | 120-277 Vac | - |
Max Lumens
5,000lm
Wattage
30W/40W/50W
Color Temperatures
3500K/4000K/5000K
Features & Specifications
- Fully selectable CCT & wattage for maximum optimization
- Equipped with 0–10V dimming for smooth control.
- Rated for 50,000 hours, offering a 5-year warranty.
- ETL Listed for dry and damp locations
Frequently Asked Questions (FAQ's)
What is a 2X2 Rapid Retro Troffer Door Light?
The 2X2 Rapid Retro Troffer Door Light is a LED retrofit solution designed to upgrade existing fluorescent troffer housings. It replaces outdated lamps and doors with an integrated LED light engine and door assembly, improving energy efficiency, light quality, and long-term reliability.
Why do distributors and contractors recommend this solution?
It offers a balance of performance, ease of installation, and cost savings. Retrofit door kits help deliver modern LED lighting benefits while simplifying project execution and reducing material and labor requirements.
How does selectable wattage benefit projects?
Selectable wattage allows adjustment of light output and power consumption during installation. This supports energy optimization, lighting design flexibility, and adaptability for different room sizes without changing the fixture.
