Illuminotechnical characteristicsWide symmetrical or hyperconcentrated distribution.
Lifetime (L93/B10): 30000 h. (tq+25°C)
Lifetime (L90/B10): 50000 h. (tq+25°C)
Lifetime (L85/B10): 80000 h. (tq+25°C)
Lifetime (L80/B10): 100000 h. (tq+25°C)
Photobiological safety RG0, risk exempt, in compliance with IEC 62471, IEC/TR 62778.
Mechanical characteristicsHousing in steel, powder-coated in white epoxy-polyester.
Total flow recuperator in specular aluminium, high efficiency, with superficial titanium-magnesium treatment, non-iridescent.
Single-piece perimeter frame in galvanized steel, sealing gasket, hinged opening by means of clips in galvanized steel.
Safety system to prevent diffuser from falling.
Transparent glass HST tempered, non-combustible.
SL transparent PMMA flat diffuser.
Electrical characteristicsIn compliance with EN 60598-1.
Quick connection in polycarbonate with M20x1,5 cable gland, to access the terminal block positioned on a removable runner.
Twin-circuit.

• Linear LED modules.
• Color initial tolerance (MacAdam): SDCM 3.
• Zhaga Book 7 compliant.

• different colour rendering indices and colour temperatures
• anti-glare moulded VS glass
• laminated glass
• diffuser in prismatic PMMA or polycarbonate, either transparent or prismatic
• wiring: dimmable, CLO, single-circuit
• linear LED modules, with special protection against aggressive chemically-volatile substances, for standard LED technology

Ambient temperature from -20°C to +35°C.
Environments: commercial, industrial, sports, stores, sports halls, gymnasiums.
Environments in which it is necessary a total protection against falling fragments (eg environments with foodstuffs or machines with moving parts or with extreme temperature changes), use luminaires with laminated glass.
Tempered glass is not immune to falling fragments from harmless and caused by shocks or exceptionally derived from the tempering process.
Suspension mounted with a chain or a bus bar.
HST glass
HST glass is composed of a tempered glass sheet which has undergone a thermal stabilisation process (Heat Soak Test) which reduces the risk of spontaneous breakage caused by nickel-sulfide inclusions inside the glass.
It is not immune from harmless falling fragments, caused byshocks or, exceptionally, derived from the tempering process.
It is the user's responsibility to identify the most suitable type of diffuser for the application type.