PANOS evolution Q140 H
PANOS Downlight Q140 with symmetric wide beam light distribution, maximum luminaire efficiency and best light quality;
- White reflector, smooth
- Mains voltage: 220–240 V / 0/50/60 Hz
- Mains voltage: 220–240 V / 50/60 Hz
- Installation: mounting frame made of die-cast aluminium with spring clips for no-tool installation in ceilings with thickness 1–25 mm
- Faceted reflector; highly-reflective aluminised finish for zero iridescence
- Smooth reflector; highly reflective aluminised finish for zero iridescence
- Matt reflector with smooth aluminium-look finish
- Luminaire pre-wired using halogen-free leads
- EN12464 compliant for office applications with UGR < 19
- Please go to the main product name in the ONLINE catalog to find the latest power consumption figures based on continuous improvements in efficiency
- Models incorporating 3-hour emergency lighting are available on request
- Reflector/trim is a single unit made of high-quality, UV-resistant polycarbonate
- White trim, detachable
- Luminaire unit can be fitted quickly without tools using EASY-CLICK catch
- High-quality reflector unit fastened by catch to modular LED lighting chamber
- Colour rendering index: Ra > 80
- High-efficiency LED lighting chamber is integrated in optimised, passive thermal management system; made of diecast aluminium
- stableWhite LED luminaires, colour temperature: 3000 K (LED830: warm white) or 4000 K (LED840: intermediate)
- Luminaire luminous flux: > 1000 lm, > 1800 lm, > 2400 lm (depending on luminaire type)
- Through-wiring possible
- 3-pole connection terminal with plug connection, 5-pole ( dimmable Dali only)
- Central battery-compliant 220 V DC in accordance with EN 60598-2-22, emergency current level to 100 % (not settable)
- Complete model consists of luminaire and ballast unit (switchable) or (LDO: dimmable Dali only/switchDim)
- LDO: central battery-compliant 220 V DC in accordance with EN 60598-2-22, emergency current level preset to 15 % (can be factory programmed from 1–100 %)
- Service life: 50,000 h at 85 % luminous flux