Products OutdoorNIVRA

IP66OutdoorGround mounted

Outdoor•Bollard

NIVRA

Name: NIVRA
Brand: Pro-Luce

Pro-Luce Architectural Master Catalogue

NIVRA is a sleek architectural outdoor directional bollard light featuring a slender vertical stem mounted with an adjustable cylindrical spotlight head (355° rotation, 30°~90° tilt) for precise landscape accent lighting. Built with a robust aluminum structure and a premium Tiger powder coating for exceptional outdoor durability.

Power6W

Output600 Lm

CRI QualityRa > 90

ProtectionIP66

Series Model Matrix

NIVRA-6 · 6W

Select Series Variant (3)NIVRA-6 Active

Model	Power	Output	Dimensions
NIVRA-6	6W	600 Lm	Ø25-65-400mm
NIVRA-8	8W	800 Lm	Ø35-90-550mm
NIVRA-10	10W	1000 Lm	Ø60-120-600mm

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 (NIVRA-6): 6W
Luminous Output (NIVRA-6): 600 Lm
System Luminous Efficacy: 100 Lm/W
Color Rendering Index (CRI): Ra > 90
Color Temperatures (CCT): 2700K · 3000K · 4000K · 5000K · 6000K · 6500K · Tunable White

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