The classically designed louvre luminaires of the Siteco Louvre Luminaire M family are available as surface-mounted, suspended and recessed versions. Housing dimensions and louvre optics are designed to attain optimal light output ratios with use of efficient T16 lamps with electronic control gear as standard.
Light distribution of the direct component is via a CAT 2 specular louvre of light output ratio-optimised aluminium (MIRO®).

• continuous row luminaire with uninterrupted louvre appearance
• consistent design solution due to linear form language
• housing of suspended and surface-mounted versions with attractive corner radius (r = 6mm)
• minimised construction height allows use in compact spaces
• innovative lighting technology for T16 fluorescent lamps with good price-performance ratio
• lighting solution complies to current standards for uniform wall and panel illumination with wallwasher
• two-dimensional luminaire configurations with up to six luminaires at one system joint
• simple installation with variable application possibilities, also for construction of luminaire systems

Housing of sheet steel with mounted end caps of plastic, housing and end caps pure white (similar to RAL 9010) | end caps can be easily removed for continuous row configurations or for installation of a connection arm to a node connector | the louvre is mounted without tools and fixed in housing with catches; it is secured with safety retaining cords and earthed for protection even when hinged downwards

Luminaire wired ready for connection | with 3-pole terminal (ECG DALI or ECG dimmable: 3-pole + 2-pole for control signal), max. 2.5mm²

• highly specular aluminium louvre, reflectivity enhanced, direct/indirect distribution
  CAT2(L≤ 200cd/m²)
• highly specular, light output ratio-optimised aluminium louvre (MIRO®) with direct/indirect distribution
  CAT2 (L≤ 1000cd/m²)
• specular aluminium louvre, matt anodised, direct/indirect distribution
  CAT2 (L≤ 1000cd/m²)
• aluminium ribbed crossblade louvre, matt anodised, direct/indirect wide distribution
  All optic versions with approx. 30% indirect component