FLAT SLIM round
312646.002.730
Decorative round LED pendant luminaire. Base: pressure die-cast aluminium, powder-coated. Standard Gore™ Protective Vents diaphragm valve to avoid condensation. Canopy made of aluminium, powder-coated. Diffuser made of non-yellowing plastic (PMMA), opal. Diffuser fastening: bayonet system. Uniform lighting achieved by the use of LED panel boards. Suitable for pendant. 3-point steel cable suspension, steplessly adjustable. Special lengths available on request. MultiLumen: 2 steps adjustable luminous flux. Factory setting is the highest luminous flux. MultiColour: Colour temperature individually adjustable either 3000 K or 4000 K via switching element. Factory setting is 3000 K. With Casambi smart+free Bluetooth® control for wireless network and operation using Android / iOS devices, free app available for download.
Technical Specifications
| Diameter D | 480 mm |
|---|---|
| Height H | 70 mm |
| Suspension length LP | 500-1500 mm |
| Weight | 6.6 kg |
| Light source | LED |
| Colour temperature | 3000 K | 4000 K |
| Rated luminous flux |
3000 K: 3450 lm | 5000 lm 4000 K: 3600 lm | 5150 lm |
| System power |
3000 K: 26 W | 39 W 4000 K: 26 W | 39 W |
| System efficiency |
3000 K: 133 lm/W | 128 lm/W 4000 K: 138 lm/W | 132 lm/W |
| Glare evaluation RUG (4H 8H) |
3000 K: 21,9 | 23,2 4000 K: 22 | 23,3 |
| Beam angle |
down 129° up 180° |
| Rated life | 50000 h (L90/B50) |
| Colour rendering index (CRI) | 80 |
| Colour tolerance (McAdam) | 3 SDCM |
| Photobiological safety according to EN 62471 | Risk group 1 |
| Driver | Converter, dimmable |
| Control | smart+free (Bluetooth) |
| Voltage | 220 - 240 V / 50 Hz, 60 Hz |
| Inrush current / Inrush current duration | 10 A / 200 µs |
| CIE Flux Code / CEN Flux Code | 40 71 90 84 100 |
| Protection class | I |
| Filament test | 650 °C |
| Impact resistance | IK02 |
| Ambient temperature | -20 °C bis + 45 °C |
| Conformity mark | CE , EAC |
Downloads
Light Calculator
The Online Light Calculator's purpose is a quick calculation and the results may not be perfectly accurate.
