V5050
Pole side mounted luminaire
- Substitute for linear luminaires for one or two fluorescent lamps
- Discreet, slimline and minimalist design
- Flat, flush pane of glass for easy cleaning
- Available in two lengths, 1 LED-Board 453mm, 2 LED-Boards 803mm
System power
18 W – 66 W
Luminous flux
2050 lm – 7500 lm
Colour temperature
4000 K / 3000 K
Ingress protection
IP65
| Boards | W | mA | lm | K | CRI |
|---|---|---|---|---|---|
| 2x LED | 70W | 700mA | 7500lm | 4000K | Ra >70 |
| 2x LED | 36W | 350mA | 3400lm | 4000K | Ra >70 |
| 1x LED | 18W | 350mA | 2050lm | 4000K | Ra >70 |
| 1x LED | 21W | 400mA | 2390lm | 4000K | Ra >70 |
| 2x LED | 41W | 400mA | 4450lm | 4000K | Ra >70 |
| 1x LED | 30W | 600mA | 3361lm | 4000K | Ra >70 |
| 2x LED | 61W | 600mA | 7015lm | 4000K | Ra >70 |
| 1x LED | 35W | 700mA | 3858lm | 4000K | Ra >70 |
General Specifications
Enclosure:- Enclosure made from flat single-pane tempered safety glass, inserted flush in the housing and glued from the inside; weather-resistant EPDM gasket
Optics:
- Choice of various asymmetrical, wide-beam precision optics for optimum illumination of the relevant application; lens optics made from PMMA in multi-layer-technology
- Spring attachment for optics and LED that doesn't damage the material
Electrical Specifications
LED technology:- Versions with one or two LED boards, each with 16 high-power-LEDs with up to 170 lm/W
- Aluminium core PCB for optimum thermal management
- Integrated, electronically controlled temperature monitoring
Monitoring:
- Thermal monitoring of LED unit and operating device
Overvoltage protection:
- Integrated; surge voltage resistance of 6kV (L-N) (10kV with PRII on request), 10kV (L/N-earth)
Additional Specifications
Housing:- Extruded aluminium section serves as heat sink and grant an efficient thermal management
Installation:
- Side mounted luminaire diam. 42-48mm
Light regulation (optionally with dimmer function):
- Constant Lumen Management (CLM); autonomous performance reduction for operation in networks without a control line (Light Regulation Autarkic - LRA); performance reduction by switching off a control line (Light Regulation Twin - LRT)
- Digital communication with DALI
