New to the range

Spherical pole-top luminaires

Luminous flux in the upper half-space < 1% · optionally with Zhaga interface

The classic shape of the sphere. Re-interpreted against the background of responsible outdoor lighting with less than 1% luminous flux in the upper half-space.

Optionally, these luminaires are available both with Zhaga interface and with BEGA BugSaver® technology. The latter was developed for efficient lighting in both urban and semi-natural environments. With this system, it is possible to switch to an amber light which attracts insects significantly less.


You will find more products of this type in the following series:

Dark Sky

Luminaires for natural environments

Technical data

Protection class IP 65 Safety class II BEGA Thermal Management®

Cast aluminium BEGA Unidure® coating technology Reflector surface made of pure aluminium Clear synthetic cover

Luminous flux in the upper half-space < 1%

85 098 · 85 099 DALI-controllable 85 100 · 85 101 Zhaga interface as per Zhaga Book 18 Ed 2.0 85 102 · 85 103 These luminaires are optionally delivered with BEGA BugSaver® technology, which controls the colour temperature in a range between 3000 and 1800 Kelvin (amber light with significantly reduced blue light component) for additional environmental protection in natural surroundings.

20-year availability guarantee for replacement parts and LED modules



Eco-friendly lighting:BEGA BugSaver ®

These luminaires are also available with BEGA BugSaver ® technology. They allow a switchover of the colour temperature from 3000 Kelvin to the light colour Amber (similar to 1800 Kelvin). Reducing the blue light component significantly decreases the attraction of light to nocturnal animals and specifically insects. Detailed information about BEGA BugSaver ®

Perfectly directed light

The design of the optical system of this luminaire enables directional light without refraction in the surrounding sphere - only 0.1% of the luminous flux is emitted into the upper half-space. Only 5% of the luminous flux reaches the plane above 60°.

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