Einlege/Einbau-Flächenstrahler. Housing: aluminium, powder-coated. 2xSwivel range: 90°. High-efficiency LED units with optimum light control thanks to clear plastic (PC) lens optics. Spezielle Mikrostrukturen reduzieren Gelbsaum. Symmetrical light distribution. Suitable for laying in grid ceiling module 625. Connected converter included in separate gearbox. Suitable for through-wiring. MultiLumen: Luminous flux adjustable in 3 steps. Accessories: Mounting frame for installation in suspended ceilings. Environmentally friendly and resource-saving due to replaceable and recyclable components.
Technical Specifications
| Length L | 622 mm |
|---|---|
| Width B | 190 mm |
| Height H | 39 mm |
| Cut-out length LA | 602 mm |
| Cut-out width BA | 174 mm |
| Installation space length LE | 700 mm |
| Installation space width BE | 390 mm |
| Installation space height HE | 100 mm |
| Weight | 2.65 kg |
| Light source | LED |
| Colour temperature | 3500 K |
| Rated luminous flux | 5650 lm | 7350 lm | 10000 lm |
| System power | 35 W | 47 W | 68 W |
| System efficiency | 147 lm/W | 156 lm/W | 161 lm/W |
| Glare evaluation RUG (4H 8H) | 18,4 | 19,3 | 20,4 |
| Beam angle | 62° |
| Rated life | 50000 h (L80/B10) |
| Colour rendering index (CRI) | 80 |
| Colour tolerance (McAdam) | 3 SDCM |
| Photobiological safety according to EN 62471 | Risk group 1 |
| Driver | Converter |
| Control | on/off |
| Voltage | 220 - 240 V / 50 Hz, 60 Hz |
| Luminaires on B10A fuse | 10 |
| Luminaires on B16A fuse | 17 |
| Luminaires on C10A fuse | 17 |
| Luminaires on C16A fuse | 28 |
| Inrush current / Inrush current duration | 9 A / 65 µs |
| CIE Flux Code / CEN Flux Code | 88 96 99 100 100 |
| Type of protection |
IP 20 on room side IP 20 |
| Protection class | I |
| Filament test | 650 °C |
| Impact resistance | IK03 |
| Ambient temperature | 5 °C bis + 25 °C |
| Safety marks | Do not cover the recessed luminaire! |
| Conformity mark | CE |
Downloads
Light Calculator
The Online Light Calculator's purpose is a quick calculation and the results may not be perfectly accurate.
