Use this fixture in a lighting design

Open in CircadianLab to place this fixture in a room and calculate melanopic lux (EML), illuminance, UGR glare, and WELL v2 compliance — with radiosity simulation and real IES photometry. Free, no signup.

Open in CircadianLab
ARTEMIDEGeneric Profile

ARTEMIDE ALGORITMO STAND-ALONE 2372mm SOSPENSIONE LED 3000K EMISSIONE DIRETTA DARK LIGHT / INDIRETTA LED NON DIMMER BIANCO

M2889W20

Lumens
88lm
Peak Candela
2,157cd
Power
96W
CCT
3,000K
Beam Angle
72°

Polar Plot (2D)

Loading photometric data…

Goniometer (3D)

Loading photometric data…

Beam Analysis

Loading photometric data…

Photometric Specifications

Total Luminous Flux88 lm
Peak Intensity2,157 cd
Input Power96 W
Correlated Color Temperature3,000 K
Beam Angle (50% peak)72°
Symmetryquarter
Lamp / SourceLED Flux=15143,88lm LED Power=96W Eff=53% EfcLed=158lm/W EfcLum=66lm/W Ra=80 SDCM=3 L70(6K)=50000h
CatalogM2889W20
Open in CircadianLabDownload from SourceIES file via ieslibrary.com

About this Photometric File

This page presents the IES photometric distribution for the ALGORITMO STAND-ALONE 2372mm SOSPENSIONE LED 3000K EMISSIONE DIRETTA DARK LIGHT / INDIRETTA LED NON DIMMER BIANCO from ARTEMIDE.

You can use this fixture in CircadianLab to design lighting layouts and calculate melanopic equivalent lux (EML), illuminance in lux or foot-candles, and UGR glare ratings — all in your browser, free, with no signup required.

Note on photometric plots: All plots on this page treat the luminaire as a point source emitting from its photometric center, which is the standard convention for IES LM-63 data.

Disclaimer: Innerscene does not manufacture, sell, or distribute the ALGORITMO STAND-ALONE 2372mm SOSPENSIONE LED 3000K EMISSIONE DIRETTA DARK LIGHT / INDIRETTA LED NON DIMMER BIANCO or any other ARTEMIDE products. This page is provided for informational and lighting-design purposes only, using publicly available photometric data. For product inquiries, pricing, or availability, please contact ARTEMIDE directly.

← Browse the full IES fixture library in CircadianLab