- Press information
- Sammankopplad belysning
- Teknisk data
Plats: Köln / Tyskland
Produkt: , TE 105A one4all SC, powerCONTROL PCI FOX B011
Cologne katedralen tar emot ca 10 000 besökare varje dag, och de kan nu uppleva den gamla arkitekturen än mer sedan det nya ljussystemet designat av Walter Bamberger Associates installerats. Det innovativa styrsystemet för belysningen bygger på komponenter från Tridonic och var en av vinnarna av DALI Award 2008.
The requirements that had to be met in this project were certainly high – in the truest sense of the word. The height of the roof above the nave is almost 45 m, and a good 20 m above the aisles. Installation work was made more difficult by the fact that drilling was forbidden; everything had to be clamped in place so bolted mounting brackets, clamps and struts had to be used instead. The artificial light inside Cologne Cathedral simulates natural daylight as it changes not only throughout the day but also from season to season. The main lighting system is installed at a height of 24 m. This comprises mainly metal halide lamps.
Telescopic luminaires mounted on cardan joints, low-voltage halogen lamps and individual cardan-mounted heads complete the system. Rail-mounted spotlights on the triforium illuminate the altars and clever mixing of the light ensures there are no shadows.
In view of the many different events, 76 lighting scenes have been programmed. They are based on 1,000 luminaires with 648 DALI addresses, divided into 90 dimmable lighting groups. The low-voltage halogen lamps are controlled via 500 digital dimmable TE 105A one4all SC transformers from Tridonic. The 70 W metal halide lamps are operated on powerCONTROL PCI FOX B011 electronic ballasts. These components ensure that all the lamps are operated in accordance with their specifications. The result is a high level of comfort, convenience and economy.
This innovative lighting system for Cologne Cathedral won the 2008 DALI Sub Award 2.
|Ägare:||Cologne Cathedral authorities|
|Arkitekt:||Cathedral architect Prof. Dr. Barbara Schock-Werner|
|Lighting design:||Ingenieurbüro Walter Bamberger, Pfünz
DI Walter Bamberger / DI Michael Bamberger
|Använt material:||TE 105A one4all SC,
powerCONTROL PCI FOX B011