Region and Language

Product standard

Your language

3263

Downloads Downloads

Colour

Technical Data

last update: 25/08/2026
Description
Sheet-steel suspended luminaire designed to use tubular fluorescent lamps. Light sources 3x54 W T16 with colour temperature 2700 K (1 tube) and 6500 K (2 tubes) (included). The modules of the luminaire can be assembled by means of linear or angular couplings (90°). Direct/indirect general-light emission. The system has dimmable electronic digital ballasts DALI that permit regulating the individual light sources with different colour temperatures. Easy installation thanks to a suspension mechanism that uses steel cables adjustable in millimetres (Arakawa system). Electric wiring by means of a five-pole terminal block (T, N, L1, L2, L3) that can start three units separately. A two-pole terminal block is used for the dimming signal. Control electronic unit and control panel (to be ordered separately) needed to operate the system.
Dimensions
General (mm) 1400x240x40
Technical performance
  • Class I

    Class I

  • Protected against penetration of solids larger than 12 mm, not protected against penetration of liquids.

    Protected against penetration of solids larger than 12 mm, not protected against penetration of liquids.

Complies with EN60598-1 and pertinent regulations

Physical properties
Material Sheet steel
Product certification
  • ENEC-03
    ENEC-03

Photometric data

Details

W source
162
lm in emergency mode
-
Maximum intensity (cd)
2007
Total light flux at or above an angle of 90° (lm)
6668.36
Light output ratio (LOR)
71
Adjustability
fixed

Electrical data

Voltage
220-240 VAC
ZVEI code
T 16
Power Supply
Electronic Control gear included
Mounting options
Remote

Installation

Description

Ceiling-mounted by steel suspension cables with hinging system and fast adjustment;
Mounting Ceiling pendant
Wiring Wiring by electronic digital ballasts DALI for 54W fluorescent tubes. Fast-coupling terminal block designed for double starting of contiguous modules. Occupies 2 DALI addresses.
Subscribe