Compact downlights

For flush-mounting installation in unplastered and plastered concrete ceilings

We have developed these compact recessed ceiling downlights specially for flush installation in unplastered and plastered concrete ceilings. Suitable installation housings are available for the respective installation situations, including for installation in precast ceilings and in-situ concrete ceilings. Upon completion of the ceiling, the luminaires are inserted into the recessed housing via a bayonet closure. BEGA compact downlights, which boast both unmistakable lighting technology and an intelligent installation system. Luminaires that make a fascinating visual impression, thanks in particular to the flush integration of the glass in concrete ceilings.

The external power supply units are included in the scope of delivery and are connected to the luminaire by means of a convenient plug connector. The electrical connection of the power supply unit can therefore be established before the final installation of the luminaire, if required by the customer.

Technical data

Protection class IP 65
BEGA Thermal Management®

Cast aluminium, aluminium and stainless steel
Safety glass
Reflector surface made of pure aluminium
Optical silicone lens

External power supply units included DALI-controllable

Luminaires with symmetrical and flat beam light distribution: BEGA Hybrid Optics®

20-year availability guarantee for LED module

Please note: An installation housing is always required for installing the luminaires. Please order the appropriate installation housing for the installation of the luminaire and power supply unit according to your on-site use.

The required installation depths can be found in the instructions for use for these luminaires.

The luminaire luminous flux and the luminaire connected wattage quoted in the table may change as a result of technical progress. On our website you will find data sheets with information on each luminaire concerning not only the current values but also the LED service life and the luminous flux in relation to the respective colour temperature.