4575
Colour
Technical Data
last update: 25/08/2026Description
Floor fitting for direct/indirect emission designed for compact fluorescent lamps TC-L. Controlled luminance L = 1000 cd/m² a > 65°. Suitable for application in environments where VDUs are used - according to standard EN 12464-1. Distribution of the luminous flow: 90% indirect light, 10% direct light. The optical assembly has painted extruded-aluminium side profiles, painted injection-moulded polycarbonate end caps and an internal painted sheet-steel structure. The drawn-aluminium-sheet microperforated reflector permits excellent diffusion of the direct component of the light, if combined with a diffusing polycarbonate film. The optical assembly is supported by a square-section rod in extruded aluminium. The rectangular base is made of 8-mm-thick steel and has antislip rubber feet. The fitting complies with all rules against overturning. The rod is easily applied to the base thanks to fast-fitting connectors.
Dimensions
General (mm)
620x405x62
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Material
Aluminium
Photometric data
Details
lm system
W system
lm source
W source
55
Luminous efficiency - lm/W (system value)
lm in emergency mode
-
Maximum intensity (cd)
614
Total light flux at or above an angle of 90° (Lm)
12013.86
Light output ratio (LOR)
65
Optic and beam angle
Adjustability
fixed
Colour temperature
Lifetime LED 1
Lifetime LED 2
Electrical data
Operating ambient temperature range
Voltage
220-240 VAC
ZVEI code
TC-L
Power Supply
Control gear included
Mounting options
Integral
Control
DALI
Installation
Description
Floor installation by means of rod and base.The fitting has a 2-m long electric cable with plug.;
Mounting
Free standing
Wiring
Dimmable digital electronic control gear (DALI) with manual light adjustment. The electronic components needed for operation are housed into the internal structure and are covered by a sheet-steel protection plate.
Notes
The fitting complies with all the rules against overtunning.