Colour Rendering
The Colour Rendering Index (in abbreviated form called CRI) is a measurement of a light source’s accuracy in rendering different
colours when compared to a reference light source with the same correlated colour temperature. The Colour Rendering Index is
defined on the basis of 8 basic colours, and does not depend on the colour of light of the light source.
Binning
In the manufacture of LEDs, there are always small differences in the colour of the light, colour rendering and brightness of the
individual LEDs. These differences would be noticeable when comparing several identical products. To avoid this, there is the so-
called BINNING. Binning allows LEDs to be tested individually and separated into single groups, called BINS. A BIN contains only
LEDs with the same values. This binning process is performed using the MacAdam ellipse. This ellipse defines the area where
differences are not perceptible for humans. Accordingly, our products only use LEDs with MacAdam (SDCM) 2step or 3step Binning.
Premium CRI 90
COB - Chip on Board
In COB modules, the LED chips are glued directly on a thermo-conducting board, and are electrically
connected to each other through thin gold wires. In order to ensure the mechanical protection of the
components and to produce white light, this structure is stabilized with a silicone-phosphor mixture.
An important advantage of this technology lies in the lower heat transfer of the LED chips to the cooling
element (thermal resistance). Subsequently, an optimized heat management leads directly to an
improvement of lifetime and colour drift of the chips. Thus, several LED chips can be placed in a small area
and enormous light streams can be collectively generated.
Standard lifetime
L80/B10 50.000h Ta max=25°C
80% residual output after 50.000 hours of operation for at least 90% of the tested luminaires.
Lamp operated as intended at max. 25° ambient air temperature (unless specifically stated)
Luminous flux
The projected luminous flux of the lamp is shown in consideration of all reduction factors such as temperature, reflector ef-
ficiency, safety glass transmittance value and constructive factors according to the technical data sheets and manufacturer‘s
instructions. The specified, calculated values in the catalogue refer to, unless otherwise specified, a reference calculation with
the following specifications: 3000K CRI 80 at Ta = 25°C
Efficiency
Only the system performance is mentioned in the catalogue. This means the recorded total output (lamps plus the power of
the (LED) device).
nergielabel
Energy label
For an easier comparison of the different available light sources (it is no longer required to search product
specification sheets) the following EC Energy Label is shown on each luminaire package. The reason for this
new labeling is an energy regulation, which rates „considerable potential“ for saving energy for equivalent
products. These Directives 2010/20 and EU Regulation 874/2012 prescribe the standardized markings.
The classification is from „A++“ (high energy efficiency) to „E“ (lower energy efficiency).
The energy consumption is for 1000 operating hours.
Available data at time of printing of the catalogue are partly calculated values. The luminaires are continuously optimized accor-
ding to the latest technical development, all indicated power ratings and lumenoutputs have a tolerance of +/- 10%,
updated information can be found on www.moltoluce.com and the professional lighting planning software DIALux.
TECHNICAL INFO
0.25
0.25
0.47
0.45
0.43
0.41
0.39
0.37
0.35
0.32
0.31
0.29
0.27
0.49
0.47
0.45
0.43
0.41
0.39
0.37
0.35
0.33
0.31
0.29
0.27
MacAdam 3-step
MacAdam 5-step
MacAdam 7-step
0.41
0.43
0.45
0.42
0.40
0.38
MacAdam 2-step
Center coordinates
of ANSI C78.377
ANSI C78.377
3000K
4500K
3500K
2670K
10000K
When evaluating standard CRI values, only the 8 standard pastel colours are rated, therefore the informative value of the CRI is
not fully comprehensive. This is especially apparent in the fashion and retail sector, where saturated colours must be perfectly
reproduced. The standard CRI is often not enough. For this reason, we offer Premium CRI 90 in our range. This premium CRI 90 is
rated based on 14 basic colours. In addition to the 8 pastel colours there are 6 saturated colours, e.g. R9 for saturated red. Only
then it is possible to render all the colours in very good quality.
Symbolphoto
Symbolphoto
PREMIUM CRI 90
STANDARD CRI 90
IBEACON:
iBeacon is based on a transmitter-receiver principle. For this purpose, small transmitters
(beacons) are placed in a room, which send signals at fixed time intervals, as a signal transmitters.
If a receiver - for example a smartphone with an installed app configured to receive iBeacon
signals - enters the range of a transmitter, the transmitter can be identified and its signal strength
measured. If at least three beacons are within a range of the terminal, the position of the receiver
in the room can be calculated by triangulation, for example.
INDOOR NAVIGATION:
Outdoor navigation is omnipresent. With the 2Go + sensor in combination with a cloud service,
this will also be possible in the interior in the future. The „map“ is provided by the Cloud Service
and the current position is provided by triangulation. If you are within reach of at least three 2 Go+
sensors, your position can be precisely determined and you can navigate from your current
location to your next purchase request as quickly as possible.
HEATMAPPING:
A heatmap is a graphical representation of the development and success control. The heatmap
visualizes in which sections of a shop the visitor is mainly present. The tracked data is displayed
in the form of a warm/cold representation e.g. shown in the floor plan. A heatmap is extremely
useful for usability studies as well as for the optimal placement of goods. Especially with the
use of heat maps, shops can be designed more effectively in terms of customer friendliness.
Furthermore, they also provide good support with regard to the optimal positioning of advertising
material and goods in the shop layout. In connection with the Cloud Service, the data generated
in this way can also be perfectly linked with BI systems (Business Intelligence System) with other
key figures (e.g. sales development).
ELT - EDGE LIGHTING TECHNOLOGY
ELT is a combination of highly efficient LEDs, high lumen output and an extra slim luminaire design. With Edge Lighting, the light emitting
surface is not backlighted, but the light is fed into specially designed LGP diffusers at the side. The light thus coupled in is emitted to the
room via a special reflector foil and an additional opal or microprismatic diffuser.
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