Products Down LightsKORIA

IP44IndoorRecessed

Down Lights

KORIA

Name: KORIA
Brand: Pro-Luce

Pro-Luce Architectural Master Catalogue

KORIA Down Light offers precise and uniform illumination with an elegant, contemporary design. Its advanced LED technology ensures excellent luminous efficiency and reduced energy consumption. Ideal for architectural, commercial, retail, hospitality, and residential applications. Combining reliable performance, refined aesthetics, and long-lasting durability, KORIA enhances every space with sophisticated and efficient lighting.

Power8.5W

Output850 Lm

CRI QualityRa > 90

ProtectionIP44

Series Model Matrix

KORIA · 8.5W

Select Series Variant (1)KORIA Active

Model	Power	Output	Dimensions	Cut-Out	Select
KORIA	8.5W	850 Lm	Ø63mm × 90mm × H68mm	Ø63mm

Download Spec PDF

Pro-Luce Optical Engineering

Interactive Photometric Lab

Explore the physics of our optical engine: real-time TIR beam distribution, 30° anti-glare shielding angle, and calculated floor illuminance.

CRI Ra > 90SDCM 2.0 / 3.0 (MacAdam Ellipse)

Optical Distribution15° · Narrow Spot

Application: Museum exhibits, sculpture accents, architectural focal points

Color Temperature (CCT)2700K

Kelvin Spectrum2700K · Warm Incandescent

Optical Ray Simulator

CBCP: 12,500 cdCutoff: 30° Shielded

Calculated Lux

1,389 lx

Beam Spread

Ø 0.79m

Glare Rating

UGR < 19

IEC 62722 Photometric ValidatedRG0 Zero Risk

Datasheet & Standards

Technical Engineering Specifications

Exhaustive optical, electrical, mechanical parameters, and certified compliance documentation.

Power Rating (KORIA): 8.5W
Luminous Output (KORIA): 850 Lm
System Luminous Efficacy: 100 Lm/W
Color Rendering Index (CRI): Ra > 90
Color Temperatures (CCT): 2700K · 3000K · 4000K · 5000K · 6000K · 6500K

Optical Beam Angles: 15°, 24°, 36°
Glare Shielding Standard: UGR < 19 (Anti-Glare / Eye Comfort)
Color Consistency (SDCM): 2.0 / 3.0 (MacAdam Ellipse)
Reflector Architecture: COB LED · Anodized aluminium with precision beam control (15°/24°/36°)
Rated Lifespan Expectancy: L80/B10 @ 50,000 h · L70/B15 @ 100,000 h (F10 @ 50,000 h, Ta 25–40°C)