Wall indoor luminaire made of handblown opal glass, satin matt and metal fitting, for all lighting tasks. They are ideal for places where a soft and uniform lighting distribution is required. Product description Metal housing, finish colour white. Hand-blown opal glass, satin matt 2 mounting holes ø 6 mm Distance apart 220 mm 2 cable entries for through-wiring for mains cable up to ø 10.5 mm max. 3 × 1.5@ Connecting terminals 2.5@ Earth conductor connection LED-Module for mains voltage 220-230 V y 50/60 Hz BEGA Thermal Switch® Temporary thermal shutdown to protect temperature-sensitive components. This product contains light sources of energy efficiency class(es) G.

LED Module for NEKO CLUB trim made of die-cast aluminium; black powder-coating finish (RAL 9005); 0-10V Dim Driver; System Power 15W; measurement Ø50mm; luminaires height 76mm; CCT 2700K with a System Luminous Flux of 1050lm; high color rendering at an index of CRI97; SDCM: 2; after a lifetime of 50000h L80B10 min. 80% of the luminous flux with energy efficient BRIDGELUX LED Chips; 5 years warranty; beam characteristic with 25° beam angle; lighting perfectly suitable for reading, writing as well

Single emission projectors for outdoor application. The warm white LED light source with a flood light distribution is composed of 1 arrayled LEDs. The luminaire body is made of aisi 316 steel and features a steel finish, processed by means of electropolishing; the diffuser is made of extra clear glass - tempered with a silk-screening treatment. The ingress protection degree is IP68,IK10.

ALPHA is an entirely new family of outdoor spotlights/floodlights engineered from scratch. The primary shapes and overall small dimensions make it possible to install ALPHA in most professional and residential lighting applications. High-quality polycarbonate optics provide accurate beam control and offer a wide selection of light distributions. ALPHA can be customized with accessories such as honeycombs, shields and various mounting solutions for poles and surfaces. The minimized amount of need