Elegra
Elegra
Our modern moisture proof profile luminary MADE IN GERMANY
- Excellent transmittance and aesthetic design
- Wide Dispersion beam angle 140°
- High energy effiziency trough LED technology
- Quick installaton with mounting clamp made of stainless steel (luminary
can be clipped in)
- Luminaire can be moved in a variety of directions (with the help of mounting brackets)
- Suitable for ceiling mounting or pendant Suspension
- Luminaire complies to the current food regulations (HACCP)
- IP66, IK07
- Protection class I
- Luminary with limited surface temperature suitable for premises that are at risk of fire
due to dust or fibrous material
Description
Material:
- Profile made of impact-resistance, UV-stabilised polycarbonate in light-diffusing opalised optics
- Moulded end caps made of polycarbonate (PC) grey
- Mounting clamp made of stainless steel
General technical date LED:
- Durability approx 50.000h
- Colour rendering index min. RA 80
- Colour temperatures 4000k/3000k
- Colour tolerance (inital McAdam) Type HE HO: 3
- Colour tolerance (inital McAdam) Type PR : 3
Ambient temperature ELEGRA ECO
- HE: - 20°C to + 45°C
- HO: - 20°C to + 35°C
Mounting method
- Direct with clamp on the ceiling or wall (vertical or horizontal)
- Suspended with a fixed clamp and bracked
- TRA mounting rail
Areas of application:
Approved for indoor use and use in protected outdoor Areas (see Installation instructions)
Multi-functional use in different application Areas with moisture and humidity, such as:
- Parking houses and garages
- Cold rooms, Food Areas
- Workshops, cellars & hobby rooms
- Entrance Areas, terraces, garden sheds
Food approval (HACCP)
Luminary complies to current food regulations (see conformity
declaration contained in the download section)
We strongly recommend, that every individual application be
carefully proofed regarding their chemical resistances.
PC | PA | |
Glühdrahtprüfung Glow-wire test | 850°C | 850°C |
Brennbarkeit nach UL 94 Fire resistance UL 94 | V2 | |
Schlagfestigkeit Impact resistance | IK07 |