FLATLITE^® is the diverse, economical solution for offices as well as general lighting in the commercial sector. The good colour rendering of the LEDs used creates a pleasant spatial atmosphere and also contributes to positive room appearances.
A main characteristic of FLATLITE^® is its homogeneously luminous light surface. Reflected glare is minimised, as well as bright-dark contrasts and shadowing. As a lay-in luminaire, it enables you to design with light. The luminaires have the appearance of 'illuminated windows' that can be grouped together to form light ceilings.

• FLATLITE^® is suitable for most applications in offices and for general lighting in commercial buildings with system ceilings
• long-life replacement for traditional louvre solutions
• good colour rendering, with uniformly illuminated cover without dark spots
• VDU-compliant in accordance with EN 12464-1 for computer screens with high luminance levels

Microprismatic optic with lateral light transmission for a homogeneous luminous surface without visible light points; The luminaires on the ceiling have the appearance of illuminated windows and enable the designing with light: light ceilings with individual light windows can be designed as well as wide-area light ceilings.
Especially uniform distribution of light with minimal reflected glare
Standard-compliant lighting according to EN 12464-1; UGR≤19(L65≤ 3000cd/m²)

Luminaire with 3-pole connection terminal, max. 1.5mm²

Visible frame of metal profile, traffic white (RAL 9016); upper side of housing of sheet steel, with attached ECG; microprismatic optics of PMMA

Mounting instruction
Lay-in mounting in system ceilings without accessories:

• if only the intermediate cavity exactly above the ceiling cut-out is available for installation purposes, the required mounting dimensions are mounting depth ≥ 25cm
• if the ceiling cavity to the sides of the ceiling cut-out can be used for recessing (e.g. if no support rods exist as part of the ceiling construction), the required minimum mounting dimension is MT_min= 17cm

Rapid advances in LED technology lead to permanent improvements in energy efficiency. This has the consequence that the luminous flux or power consumption may change accordingly. The current values can be found in the photometric report of each product and in the current download files of the lighting planning data.