Tre Ci Luce New 'Opera' Architectural Lighting Family

Tre Ci Luce New 'Opera' Architectural Lighting Family

The Opera architectural lighting range covers the four principle areas of lighting; pendant, wall, floor and ceiling mounted with direct and in-direct light outputs.

Designed to make a statement, this product family is integral with current lamp technology and also supports three-hour emergency in nearly all the product variations.

Each product group within the family has extensive options available in terms of the product trim finish and the control gear configurations. The standard six trim finishes are: Walnut, matt White, gloss White, gloss Black, Black leather and Grey leather. The control gear options are; analog, DALI, DSI and standard high frequency, with wiring variants available to give different light control capability.

The product family is manufactured in four different sizes with the pendants available in 1,800, 1,200, 600 and 450mm. The wall-mounted product is available in 520 and 400mm, and the floor free-standing unit in 600mm. The surface-mounted product is available in 600 and 450mm.

The opal diffuser is made of UV-resistant polycarbonate, surface treated for optimal light distribution. The external trim frame is made of wood, and is a fireproof internal HPL laminated structure class 1 fire rating. The floor free-standing product has a chromed brass or lacquered aluminium (matt or gloss) pole and matching base.

Tre Ci Luce would be pleased to discuss non-standard product finishes, control gear and lamp configurations. Manufactured in Italy with normal delivery times depending on quantities of between 14-21 days. Please contact Tre Ci Luce for a catalogue or visit the website.

Add to Project Board

Create a new project board:

T(01428) 608710
F(01428) 608769
WVisit Tre Ci Luce's website
 Heath Clo, Beacon Hill, Hindhead, Surrey, GU26 6RX

Make an enquiry to Tre Ci Luce

You may also be interested in this related Product News: Pegasus LED fitting makes light work of energy savings Read Now