sinus pendant luminaire di/ind white

Item No. R33H579-9016E2830H3M
Brandnew high-class ring luminaire with LEDs in a compact lamp housing with a minimalistic and timeless design made of aluminium consist of 8 ring segments with a fine structure powder coating in white RAL9016 with a matte finish, for pendant mounting, designed for direct-indirect light emission.
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Description
Brandnew high-class ring luminaire with LEDs in a compact lamp housing with a minimalistic and timeless design made of aluminium consist of 8 ring segments with a fine structure powder coating in white RAL9016 with a matte finish, for pendant mounting, designed for direct-indirect light emission. Installed by 16 suspension cables of 2000 mm with quick release, 5-pin connection-terminal with surface-mount housing in white (DMxH: 74x21 mm) . Electrical connection through 5 used pins, in ceiling housing in white 74x21 mm (DMxH). Direct light emission through a microprismatic diffusor for reduced brightness (LRA), indirect through a transparent one, both made of polycarbonate. Luminaire equipped with the latest generation of LED boards with an efficiency of 127 lm per W, the innovative LED technology produces a luminous flux of 106496 lm with 839 W, colour temperature of 3000 K. Dimmable DALI converter included. Unified Glare Rating (UGR) < 19, Colour Rendering Index (CRI) > 80, small colour tolerance MacAdam 3, Ingress Protection IP40, Protection Class I, Blue light hazard Risk Group RG = 1 IEC 62471. Rated lifetime of minimum 60.000 h [according to EU decree No. 1194/2012], Energy Efficiency Index (EEI) A++. Dimensions DMxH: 5790x100 mm, ring section width 70 mm. Weight: 68,7 kg
Specifications
Item sinus pendant luminaire di/ind white
Diameter [mm] 5790
Height [mm] 100
Connection 230V 50/60Hz
Lamp Type LED HO
Colour Temperature initial [K] 3000
Lumens 106496
Watts 839
Lumens per Watt 127
Ingress Protection IP40
Colouring Code 9016
Unified Glare Rating [UGR < ] 19
Energy Efficiency Class A++
Colour Rendering Index [CRI > ] 80
Housing Colour white
Light geometry symmetric
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