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3376
Colour
Technical Data
last update: 25/08/2026Description
Fluorescent system with professional low-luminance optics for T16 35W tubes. The fitting is made up of a sheet steel profile with thermoplastic end caps. The superpure aluminium sheet specular optics with parabolic pits limits the luminance of the light emission to 1000 cd/m2 for angles of observation larger than 65° from the vertical for the fitting.
Dimensions
General (mm)
1700x240x56
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Material
Sheet steel
Photometric data
Details
lm system
W system
lm source
W source
35
Luminous efficiency - lm/W (system value)
lm in emergency mode
232.32
Maximum intensity (cd)
739
Total light flux at or above an angle of 90° (Lm)
2886.25
Light output ratio (LOR)
89
Optic and beam angle
DK - Dark Light
Adjustability
fixed
Colour temperature
Lifetime LED 1
Lifetime LED 2
Electrical data
Operating ambient temperature range
Voltage
220-240 VAC
ZVEI code
T 16
Power Supply
Electronic Control gear included
Mounting options
Integral
Installation
Description
Ceiling application by steel suspension cables with quick adjustment and anchoring devices.;
Mounting
Ceiling pendant
Wiring
Emergency lighting with inverter in compliance with the EN 60598.2.22 standard, which corresponds to the CEI 34.22 Italian standard, 2nd edition. According to the standard, emergency modules with inverter are considered as fittings for "back-up" lighting. The module is supplied with rechargeable batteries and electronic LED. It ensures emergency lighting where the mains power supply fails. It can be used in either non-permanent (emergency use only) or permanent (continuous lighting for safety purposes) mode. The luminous flux in emergency mode amounts to 50% of the normal mains operated output. The duration in emergency mode is 60 minutes and the battery recharging time is 12 hours. It uses Ni-Cd batteries.
Notes
Positive contrast dark VDU 65° up/down module Lcd/m2. High global performance, relatively wide distribution of the luminous flux. Optics designed to illuminate the offices where VDT work is carried out, with a good uniformity and visual comfort even at high illuminance levels.