Product Detail | Bloxlimited

WE-EF

BOLLARD

OUTDOOR LIGHTING

115-9786

IP66. Class I. IK10. Marine-grade, all-aluminium construction. Pole section features anodised aluminium core. 5CE superior corrosion protection including PCS hardware. Polycarbonate main lens, UV-stabilised. Silicone CCG® Controlled Compression 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. For 2200 K version available on request.

Specification

Power

15W

Color Temperature

3000K

Light Source Type

LED

Lumen Output

1180LM

Finishing

ANTHRACITE GREY

IP Rating

IP66

Color Rendering

CRI 80

Driver

ON/OFF DRIVER

LINEALIGHT

INGROUND UPLIGHT

OUTDOOR LIGHTING

Single emission uplights for outdoor application. The warm white LED light source is composed of 1 arrayled LEDs. The luminaire body is made of aisi 316l steel and features a steel finish; the diffuser is made of extra clear glass with a silk-screening treatment. The ingress protection degree is IP68.

FLOS

ADJUSTABLE DOWNLIGHT

INDOOR LIGHTING

Recessed luminaire with LED light source. Power supply not included. Installation frame not necessary. Diffusing lens included. The ingress protection degree is IP54

UNILAMP

SURFACE MOUNTED DOWNLIGHT

OUTDOOR LIGHTING

Characterized by clean and clean-cut lines CORE is a family of square wall light, ceiling light, bollard and pole lights. CORE is available in two sizes and equipped with COB LED in three color temperatures and exceptional color consistency. The computer-aided-design of the parabolic reflector provides efficient light emission and distribution. The housing is dust and water protected through the extensive engineering design and testing. CORE is recommended to illuminate column, facades, walkways and vairous architectural design works. The pole lights give a great level of downward light with symmetric or asymmetric light distributions.