LINEALIGHT

Single emission ceiling lights for indoor application. The warm white LED light source with a wide flood light distribution is composed of 1 powerled LEDs. The device body is made of ot58 brass and features a embossed white ral 9003 finish, processed by means of powder coating. The ingress protection degree is IP52; the total weight is of 0.116 kg. The power supply driver is not provided and is to be ordered separately. The power supply cable is included and features a 0.12 m length. The device features protection class III and can be ceiling-mounted. Compliant with the EN 60598-1 standard and its specific provisions.

Single emission recessed downlights for indoor application. The warm white LED light source with a medium wide flood light distribution is composed of 1 arrayled LEDs. The luminaire body is made of technopolymer and features a black finish, processed by means of coating; the diffuser is made of uv resistantpolycarbonate. The ingress protection degree is IP4.

Single emission projectors for outdoor application. The warm white LED light source with a wide flood light distribution is composed of 1 arrayled LEDs. The luminaire body is made of die-cast aluminium en ab - 46100 and features a black finish, processed by means of open pore anodizing + powder coating; the diffuser is made of extra clear glass - tempered with a silk-screening treatment. The ingress protection degree is IP66

TUBE a family of cylindrical sharped wall light, ceiling light and area light. The body components are made from extruded and LM6 aluminium which make them highly corrosion resistant to any extreme environment. TUBE is protected from the ingress of dust and water and are used in both outdoor and indoor environments. Fitted with COB LED in three color temperature from 2700K, 3000K or 4000K with high CRI. TUBE can slove many lighting tasks in modern architectural surrounds and are generally used in illuminating columns and facedes. The pole lights give a great level of downward light with symmetric or asymmetric light distributions.