Egoluce Iris 4641 Wall Lamps

IRIS 4641 WALL LAMPS

IRIS 4641 WALL Lamps

Designed By Lux Studio, 2022

Wall mounted mini projector on adjustable rod with aluminum body and high performance integrated COB LED source with direct and accent light.

Egoluce Iris 4641 Wall Lamps
Egoluce Iris 4641 Wall Lamps

INFORMATION

DESIGNER 

Lux Studio

NET WEIGHT 

0.35 Kg

IP DEGREE 

20

MATERIALS 

Aluminium

CODE 

4641

MODEL 

Iris

SOURCES 

Led

LIGHT 

Direct

TIPOLOGY 

Wall Lamps

CRI  

>90

WARRANTY 

5 years

Egoluce Iris 4641 Wall Lamps
Egoluce Iris 4641 Wall Lamps

OPERATION

Operation requires the use of a power supply to be ordered separately and to be positioned inside the masonry formwork or, for installation on paneling, remotely.

OPTIONAL 

Art. 0279: Box per muratura - Wall box

COLOURS 

- Bianco White 01
- Nero Black 02

Egoluce Iris 4641 Wall Lamps
White 01
Egoluce Iris 4641 Wall Lamps
Black 02

DIMENSIONS 

- Diameter : 10 cm, 3 cm 
- Width : 33 cm, 7.5 cm

Egoluce Iris 4641 Wall Lamps

DEVICE  

-Device suitable for installation on normally flammable surfaces -Extremely low-tension device with remote voltage transformer

BULBS 

- W - LED 6,1W 17,3V 350mA 975lm 4000K
- WW - LED 6,1W 17,3V 350mA 939lm 3000K
- XW - LED 6,1W 17,3V 350mA 896lm 2700K

Egoluce Iris 4641 Wall Lamps
Egoluce Iris 4641 Wall Lamps

VOLTAGE 

Iris is supplied with 2700K (XW), 3000K (WW) and 4000K (W) COB LEDs with CRI>80 and reflector with different apertures: 25°, 48° and 63°. The front glass lens can be transparent or satin (/ST).

INSTALLED  

The lamp can be installed in masonry with a special formwork, to be ordered separately, or directly on the paneling.

DETAIL  

The small size of the projector makes it an ideal tool for highlighting and drawing objects and colors with punctual light in exhibition spaces and shop windows, but also enhancing corners and environments of homes and private rooms.

FEATURES 

- Passive Dissipation
- Different optics available 
- 350° rotation on the vertical axis
- 180° inclination on the horizontal plane