Drive-over LED in-ground luminaires · large-area light
For installation situations with shallow installation depths and for flush-mounting installation
Location luminaires
Drive-over in-ground luminaires for large-area LED light optionally in square or rectangular design. Large-format
luminaires constructed with impressive ruggedness. All metal components are made of stainless steel.
On account of the low height of only 120 mm, these luminaires are particularly suitable for areas in which only
a limited installation depth is available, such as parking decks or suspended ceilings, both indoors and out.
Before the luminaires are installed, the customer must lay a foundation, including drainage, to absorb the
pressure load of the luminaires.
The luminaires can be driven over by vehicles with pneumatic tyres.
The luminaires must not be used in areas where they are exposed to horizontal loads caused by braking,
accelerating and changes of direction.
A maximum 20 °C is reached as the operating temperature T in the centre of the glass surface (measured in
accordance with EN 60598 at ambient temperature ta 15 °C).
We can supply all the luminaires on this double page with skid-blocking glass in accordance with DIN 51130 R13.
Cover frame elements, luminaire housing and recessed housing made of stainless steel
Skid-blocking safety glass · 1.8 m connecting cable with water stop · DALI controllable
These are luminaires which will impress you through the choice of colour temperature, a minimum LED service
life of 50 000 hours and 20 years availability guarantee for the LED modules.
LED colour temperature: 4000 K article number or 3000 K article number + K3
The luminaire luminous flux and the luminaire connected wattage quoted in the table might 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.
234
Kat33_BG19_20_217-240_GB_FR.indd
234
14.03.17
13:07
