Everlux LLL


Low Location Level (LLL) signage is positioned at 300mm on the walls and also at floor level as per BS ISO 16069:2017.  Signage positioned at this level remains the most effective method of identifying the escape routes in smoke filled environments and areas of reduced light levels.

Technical characteristics

Minimum luminance properties tested in accordance with Annex A of BS ISO 16069:
Luminance properties: Considering the stimulation of a 1000Lux – 6500K light for 5 minutes
Standard
Luminance Intensity (mcd/m2) 
(after removing the exciting light)
Period of Light Decay
10 minutes60 minutesLuminance Intensity greater than a 0.3 mcd/m2
BS ISO 16 069140 mcd/m220 mcd/m21800 minutes

150 mcd/m221 mcd/m22000 minutes
The luminance intensity of the non-slip self-adhesive strips on the floor may be lower due to the protective layer of polycarbonate.
 
Minimum luminance required in installed position in accordance with BS ISO 16069:
Luminance properties: Considering the stimulation of a 25 Lux - 4000K light for 15 minutes

Standard
Luminance Intensity (mcd/m2)
(after removing the exciting light)
Period of Light Decay
10 minutes60 minutes90 minutes
BS ISO 16 069*30 mcd/m27 mcd/m25 mcd/m2

80 mcd/m210 mcd/m25.5 mcd/m2
*Minimum luminance required in installed position.
The luminance intensity of the non-slip self-adhesive strips on the floor may be lower due to the protective layer of polycarbonate.


Signs and strips for walls: 2mm rigid-plastic, with a high intensity photoluminescence (phosphorescense) achieved by stimulation using a surrounding light of only 25 lux.
Strips and signs for pavements and stairs: Self-adhesive and non-slip polycarbonate 0.62mm total thickness. High intensity photoluminescence is achieved by stimulation using a surrounding light of only 25 lux.
Printing process: Serigraphy, high-quality gloss paint UV resistance.
Surface: Anti-static and easy to clean. The photoluminescent (phosphorescent) self-adhesive signs and strips products for pavements are also classified as anti-slip.
Chemical characteristics: Non-radioactive with no phosphorous or lead.


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