PS61
Colour
Technical Data
last update: 02/12/2025Description
Indirect emission wall-mounted indoor luminaire H=1131. Module with 3000K CRI90 monochrome LED lamps. General Light (High Output) luminaire with a Microtextured Opal version methacrylate diffusing screen. Frameless version extruded aluminium body profile complete with die-cast zamak cover end caps. Wall-mounting is allowed by an aluminium base, with a galvanised sheet steel inner supporting plate. Product complete with dimmable power supply unit and Matter interface positioned inside the extruded aluminium base. The components used allow the Libera luminaires to be controlled via Matter systems that interact through a Thread border router (e.g. Apple HomePod mini / Apple TV 4K / Google Nest Hub / SmartThings Hub). Frequency 2.4 GHz. Power supply features include overvoltage protection, short circuit protection, overcurrent and overtemperature protection.
Dimensions
General (mm)
1131
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Material
Extruded aluminium
Product certification
-
QCERT -
ENEC pending
Photometric data
Details
lm system
1759.15
W system
17.2
lm source
2330
W source
14
Luminous efficiency - lm/W (system value)
102.28
lm in emergency mode
-
Light output ratio (LOR)
76
Optic and beam angle
GL - general lighting
Adjustability
fixed
Light colour quality
CRI (minimum) 90 - Rf (Colour Fidelity Index) 90 - Rg (Gamut Index) 97
Colour temperature
3000 K
MacAdam Step
3
Lifetime LED 1
> 50,000h - L90 - B10 (Ta 25°C)
Charts and polar curves
Electrical data
ZVEI code
LED
Power Supply
Electronic Power supply included
Mounting options
Integral
Control
Matter
Installation
Description
Wall-mounted. The luminaire is mounted using an aluminium base with a galvanised sheet steel inner fixing plate.;
Mounting
Wall surface, Ceiling surface
Notes
Consult the instruction sheet for the number of luminaires that can be connected.
Max distance between Matter devices .... m.
The maximum distance is affected by physical obstacles, like walls, metal panels and the layout of the system.
Max distance between Matter devices .... m.
The maximum distance is affected by physical obstacles, like walls, metal panels and the layout of the system.