Product Detail | Bloxlimited

WE-EF

SURFACE MOUNTED LIGHT

OUTDOOR LIGHTING

131-9002

Marine-grade, die-cast aluminium alloy. 5CE superior corrosion protection including PCS hardware. Safety glass lens. Silicone rubber gasket. Luminaire is factory-sealed and does not need to be opened during installation. Integral EC electronic converter. Advanced thermal management protects LEDs while optimising lumens output. CAD-optimised optics for superior illumination and glare control. OLC® One LED Concept. Two cable entries. Luminaire can be mounted for up or down lighting. Optional 2200 K version up to max. 1050mA available. To be specified at time of ordering.

Specification

Power

Color Temperature

3000K

Light Source Type

LED

Lumen Output

546LM

Finishing

ANTHRACITE GREY

IP Rating

IP66

Color Rendering

CRI 80

Driver

ON/OFF DRIVER

LINEALIGHT

RECESSED DOWNLIGHT

INDOOR LIGHTING

Single emission recessed downlights for indoor application. The warm white LED light source with a medium flood light distribution is composed of 1 arrayled LEDs. The luminaire body is made of technopolymer and features a white finish; the diffuser is made of uv resistant polycarbonate. The ingress protection degree is IP20.

IGUZZINI

RECESSED DOWNLIGHT

INDOOR LIGHTING

Fixed round luminaire designed to use a LED lamp with C.O.B. technology. Version with rim for surface-mounting. Reflector vacuum-metallised with aluminium vapours with an anti-scratch protective layer. Die-cast aluminium body and passive dissipation system. Product complete with LED lamp in warm white colour tone (3000K). General light emission, with controlled luminance UGR<19 1500 cd/m2 α>65° wide flood optic.

IGUZZINI

LINEAR DOWNLIGHT

INDOOR LIGHTING

Recessed rectangular miniaturised luminaire with 5 fixed optical elements with LED lamps. Luminaire body made with die-cast aluminium radiant surface, version with perimeter surface frame. Metallised thermoplastic high definition optics, integrated in a rear position in the black anti-glare screen; the structure of the optical system prevents a pinpoint effect, allowing precise, circular light distribution and emission with controlled glare.