RV91
Colour
Modulo
Technical Data
last update: 27/11/2025Description
Warm White LED plate with direct (Down) and indirect (Up) light emission in an MMO version. The flux split between direct (Down) and indirect (Up) light can be programmed. High Output (HO) version with controlled luminance emission L ≤ 3000 cd/m2 – α > 65°, for use in environments with video monitors (UGR<19) in compliance with EN 12464-1. The module optic and structural fittings allow high luminous flux and system efficiency values. DALI dimmable power supply integrated in the luminaire. Extruded aluminium heat sink and "Halogen Free” electric cables. Moulded and metallised polycarbonate raster.
Dimensions
General (mm)
2384
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Weight (kg)
2.77
Material
Extruded aluminium
Product certification
-
BIS -
CE -
UK Conformity Assessed -
CCC Pending -
ENEC pending
Photometric data
Details
lm system
12971.4
W system
97.5
lm source
16630
W source
82
Luminous efficiency - lm/W (system value)
133.04
Total light flux at or above an angle of 90° (Lm)
4597
Light output ratio (LOR)
78
Optic and beam angle
UGR - Luminance control UGR<19
Adjustability
fixed
Light colour quality
CRI (minimum) 80 - Rf (Colour Fidelity Index) 85 - Rg (Gamut Index) 95
Colour temperature
3000 K
MacAdam Step
3
Lifetime LED 1
> 50,000h - L90 - B10 (Ta 25°C)
Charts and polar curves
Electrical data
Inrush current
39 A / 286 µs
Minimum dimming
1
ZVEI code
LED
Power Supply
Electronic Power supply included
Mounting options
Integral
Dimmable option
Dimmable
Control
DALI-2
Installation
Description
Module insertion on profiles facilitated by a quick coupling system.;
Wiring
Quick coupling terminal block connection to simplify connections between the subsequent modules.
Complete with integrated dimmable DALI power supply.
Notes
Important: the triple length intermediate luminous module can be used for both initial profiles - L 3594 - for stand-alone applications, and intermediate profiles - L 3594 - for continuous line applications.