Luma

IP 66 IK 09 Class I Class II
(XIP)

Luma is a REVOLED™ road Lamps

lighting luminaire with a clear LED
identity, offering perfectly MiniLuma
cooled, fit and forget solu- up to 40 LEDs
tions for all streets and roads. from 850 to 10,350 lumen
Luma 1
With the L-Tune tool the
up to 80 LEDs
lumen package, life time and
from 1,400 to 20,400 lumen
energy profile can be tuned to Luma 2
a preferred solution in terms up to 120 LED
of energy and costs. The real from 4,200 to 30,300 lumen
flat design prevents upward Luma 3
light and the OPTIFLUX™ lens up to 200 LED
optics meet current lighting from 6,950 to 49,600 lumen
standards in an effective way.

Technical lighting catalogue 2010/12

 Luma
Road & Amenity lighting

MiniLuma MiniLuma Luma 1 Luma 1

Post top Ø 76mm Side entry Ø 32-60mm/ Post top Ø 76mm Side entry Ø 32-60mm/
Post top Ø 60mm Post top Ø 60mm

Luma 2 Luma 2 Luma 3 Luma 3

Post top Ø 76mm Side entry Ø 42-60mm/ Post top Ø 76mm Side entry Ø 42-60mm/
Post top Ø 60mm Post top Ø 60mm
 Luma cOMPONENTS

1 Housing the canopy (1a) and frame (1b) are 8 Gasket IP 66 for complete luminaire, by
made of very corrosion resistant die-cast silicon gaskets between frame and canopy
(LM6-quality) aluminium in Futura Gris 900 5a (8a) and between frame and glass (8b).
Sablé (anthracite) or in Futura Gris 150 Sablé Extra ingress protection (XIP) by silicon
(light grey), other colours on request. gasket around the LED module (8c).
Cable gland double breathing (10).
2 Bowl in flat toughened glass to prevent upward
light according glare classification up to G4. 9 Temperature protection in case of tempera-
Fixed to the frame with metal clips for easy ture reaching predefined critical levels, both
replaceabilty. Very high light transmission to LEDs and drivers have a built-in protection,
optimise the Light Output Ratio. which initially dims down and eventually
switches off the light.
3 Spigot made of die-cast (LM6-quality) alu-
minium, standard in same colour as canopy / 9 10 Cable connection M20 cable gland with
frame. Universal post top / side entry spigot strain relief, for cable Ø 10-14mm.
for Ø 42-60mm (Luma 2 / Luma 3) and Ø 32-
60mm (MiniLuma / Luma 1) or separate spigot 11 Electrical connection
for post top Ø 76mm. Class II: Neutral / Phase are connected to
safety switch; for Class I earth wire to be
4 Mounting with two stainless steel M10 bolts connected on earth stud in housing.
(extra long bolts for small column can be 1-10V or DALI incoming wiring is connected
ordered with luminaire). to a separate termination block.
5c
5 Opening / closing (only for cable connection 5b Dimming (all LEDs stay on):
and in case of LED module or driver replace- - Dynadim stand alone scenarios (various
ment). Closing clip made of very corrosion 1a 6 dim percentages and time settings).
resistant die-cast (LM6-quality) aluminium, - 1-10V with dim switch for extra incoming
standard in same colour as canopy / frame, 7 pilot line, for one step dimming.
fixed to the frame with stainless steel spring, - 1-10V or DALI dim prepared for incoming
for easy and tool-less operation (5a). 9 communication.
Canopy with LED module and gear tray hinges
upwards and is secured by a stainless steel
locking bar (2 positions), making the LED module
and gear tray safely accessible from below (5b).
Safe Maintenance Technology (SMT) safety 10
switch disconnects power on opening (5c). 11
8b
6 Gear tray made of aluminium, downward hinge- 8c
able for easy access to components, tool-less 2
removable after disconnecting the plug. 8a
1b
3
7 Gear in MiniLuma, Luma 1 and Luma 2 maximum
two drivers and maximum three in Luma 3
(depending on LED quantity and operating
current). The drivers are programmed, based on
L-Tune defined and optimised lighting solution:
- Tuned flux to match required lighting level
within the preferred service life and
luminaire size.
- CONSTAFLUX constant lumen output
throughout service life, taking away over-
lighting from the start of installation, giving
extra energy savings.
- Dimming options 4

Technical lighting catalogue 2010/12

 Luma
CHARACTERISTICS Road & Amenity lighting

Luma colours Luma spigot arrangements

Futura Gris 900 Sablé

MiniLuma / Luma 1: Universal spigot for post Dedicated spigot for post top Ø 76mm.
top and side entry Ø 32-60mm (max 62mm).
The small diameters 32mm and 34mm can
only be installed on a steel column.
For small column diameters extra long bolts
can be ordered with the luminaire. Easy to put
in post top or side entry position by changing
Futura Gris 150 Sablé the spigot bolts fixation.

Spigot as frame and closing clip as canopy.

Other RAL or Futura colours on request, also possible Luma 2 / Luma 3: Universal spigot for post
to have duo-colours (spigot in same colour as frame, top and side entry Ø 42-60mm (max 62mm).
closing clip in same colour as canopy). For small column diameters extra long bolts
can be ordered with the luminaire. Easy to
put in post top or side entry position by
changing the spigot bolts fixation.

Luminaire tilt adjustment

To optimise the light distribution for varying road geometries and / or glare restrictions,
the tilt angle can easily be adjusted on installation, by positioning the two spigot bolts
in the right setting (tilt angles clearly marked on the spigot).

Post top: 0, +5 and + 10 degrees. Side entry: -10, -5, 0, +5 and +10 degrees.
 Luma CHARACTERISTICS

REVOLED™ technology
REVOLED™ stands for an integrated non-compromised approach to LED luminaire design. Both thermal management (COO-LED™) and optical
management (OPTIFLUX™) form an integral part of that philosophy.
COO-LED™ thermal management
By taking an integral design approach many luminaire parts can contribute to get the coolest and therefore most efficient lighting solution.

4 TEMPERATURE-FLUX CURVE LUMA

Typical Temperature-flux curve for Luma
3
1 120
2 110
100
1 LEDs at relatively close interdistance, asking for accurate heat control. 90
80
2 Lenses are grouped in lens plates of 20 lenses; by using this controllable compact size
and always placing all lens plates on the PCB, the result is an equalized pressure on 70

the PCB, optimising heat dissipation. 60

Relative flux (%)

50
3 Lower LED quantities are placed on the PCB in configuration patterns that optimise
40
heat control.
30
4 The aluminium luminaire housing has the capacity to spread and dissipate the heat
20
to the ambient.
-30 -20 -10 0 10 20 30 40
5 The curves on top of the housing further increase the dissipation capacity. Tamb (ºC) moving air

LED configurations
The Luma has several standard LED configurations available, offering a wide range of lighting solutions.

MiniLuma MiniLuma MiniLuma MiniLuma Luma 1 Luma 1 Luma 1 Luma 1 Luma 1 Luma 1 Luma 1
12 LEDs. 20 LEDs. 30 LEDs. 40 LEDs. 20 LEDs. 28 LEDs. 40 LEDs. 48 LEDs. 60 LEDs. 68 LEDs. 80 LEDs.

Luma 2 Luma 2 Luma 2 Luma 2 Luma 3 Luma 3 Luma 3 Luma 3 Luma 3 Luma 3
60 LEDs. 80 LEDs. 100 LEDs. 120 LEDs. 100 LEDs. 120 LEDs. 140 LEDs. 160 LEDs. 180 LEDs. 200 LEDs.

Technical lighting catalogue 2010/12

 Luma
CHARACTERISTICS Road & Amenity lighting

OPTIFLUX™ optical technology

In Luma a number of lens optics are available to match the variety of ME / CE / S lighting classes and road / street geometries internationally. The high performance OPTIFLUX™
lenses are fixed within a high reflecting frame, in order to maximise the Light Output Ratio (up to ~92%). In combination with the tilt adjustment options in Luma this gives a
high project flexibility.

750m 32

R1 - Medium distribution for ME1-2 and R2 - Typical distribution for relatively R3 - Medium distribution for ME3 and
lower. narrow ME geometries. lower.

R4 - Medium distribution for S-Class. R5 - Wide distribution for S-Class. R6 - Extra Wide distribution for S-Class. R7 - Narrow distribution for S-Class.

For the latest lens developments please check the most recent Luma photometries.

Example Luma photometry notation

Tuneable lumen packages Luma 2 R1 60-120 DS-NW 1 5000-28000 NW LED

In order to customise the lighting solution the Luma photome- Luma 2 = Luminaire type
tries don’t contain fixed output data, but a basic combination of: R1 = Lens type
- Luma version (MiniLuma, Luma 1, Luma 2 or Luma 3). 60-120 = Min. and max. LED quantity
- Colour temperature (CW, NW or WW). DS-NW = Neutral White LED (Ilcos code)
- Lens type (R1 to R7). 1 = LED power undefined
Each file shows the min. and max. flux possible within the limita- (depends on final solution)
tions of LED quantity, lumen output for each colour temperature, 5000-28000 = Min. and max. lumen package
and min. and max. operating current. NW = Neutral White colour temperature
In lighting software the optimum lens and flux can be defined. LED = Light source
 Luma CHARACTERISTICS

CONSTAFLUX
Luma can be programmed to keep the flux of the LEDs at a predefined constant level
over the life time (by increasing the operating current over time to compensate for the
LED lumen depreciation).
Over-lighting at the beginning is taken away, so extra energy saving can be realised
(up to 35% extra versus L70 based solutions).

Energy needed by Constant Current

Non-CF initial level

25-35% Energy saved over life
by using CONSTAFLUX

CF
Required light level
Light

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Life time (h) End of life

Lighting optimisation

Nº LED
As more and more lighting solutions are judged on their energy Constant current
efficiency (for instance using labels representing system Watts /
target lux or cd / target area m2), the aim is to light an area with
exactly sufficient light at lowest energy consumption possible.
In other words taking out over-lighting. Typical lumen package using Cons-
In Luma this can be fine tuned by using the programmable drivers tant Current.
based on the L-Tune tool solutions provided. Same lumens by higher current
and less LEDs, giving a shorter
Solution drivers….. Lumen life time.
The lighting optimisation in Luma is driven by the following
Life time (h) Current (mA) Same lumens by more LEDs and
instruments:
lower current, giving a longer life
- quantity of LEDs time.
- operating current
- increased LED life time resulting from dimming and / or use of
Nº LED

CONSTAFLUX. CONSTAFLUX
…..and their interrelationships
Both for constant current and CONSTAFLUX solutions the interre-
lating solution drivers can be seen in following graphs.

Lumen By using CONSTAFLUX less initial

lumens are needed for the same
Life time (h) Current (mA) light technical perfomance, as
lumen depreciation is compensated
by increasing the current over life.

The same lumen package can be built in different ways to suit the client’s and project’s priorities.

Technical lighting catalogue 2010/12

 Luma CHARACTERISTICS

Luma in perspective
The Luma range has been designed to offer perfect solutions for each project, also in terms of the proportion of the luminaire to its
mounting height or a specific environment.

18m
Luma 2 Luma 3

15m
Luma 2 Luma 3

12m
Luma 2 Luma 3

10m
Luma 1 Luma 2 Luma 3

8m
Luma 1 Luma 2

6m
MiniLuma Luma 1

5m
MiniLuma

4m
MiniLuma

MiniLuma suitable for mounting heights of 4-5-6m post top or side entry, for instance on residential streets or cycle paths.
Luma 1 suitable for mounting heights of 6-8-10m post top or side entry, for instance on main residential streets or urban traffic roads.
Luma 2 suitable for mounting heights of 8-10-12-15-18m post top or side entry, for instance on main urban traffic roads or
motorways.
Luma 3 suitable for mounting heights of 10-12-15-18m post top or side entry, for instance on motorways.

Technical lighting catalogue 2010/12

 Luma
PHOTOMETRY, MODELS & DIMENSIONS Road & Amenity lighting

MiniLuma
Luma Luma
Optic Optic 310
R1 R4

600 450 300 150 cd/Klm

Lamp 600 450 300 150 cd/Klm Lamp
120LED 120LED 650
Performance Performance
ULOR: 0% ULOR: 0% 120
DLOR: 93% DLOR: 92% 230
60º 60º

85
720

30º 0º 30º 30º 0º 30º Luma 1

MODEL TYPE SHAPE COLOUR TEMP. REFLECTOR W.a. (m2) Kg

435
NW CW WW R1 R2 R3 R4 R5 R6 R7
MiniLuma 12LED • • • • • • • • • • 0.055 9.5
20LED • • • • • • • • • • 9.5
650
30LED • • • • • • • • • • 9.5
40LED • • • • • • • • • • 9.5 120
230

(no driver) 9.0

85
Luma 1 20LED • • • • • • • • • • 0.057 11.0 720

28LED • • • • • • • • • • 11.0
Luma 2
40LED • • • • • • • • • • 11.0
48LED • • • • • • • • • • 11.0
60LED • • • • • • • • • • 11.0 435

68LED • • • • • • • • • • 11.0
80LED • • • • • • • • • • 11.5
800
(no driver) 10.0
120
230
Luma 2 60LED • • • • • • • • • • 0.067 14.5
80LED • • • • • • • • • • 15.5 85
100LED • • • • • • • • • • 15.5 870
120LED • • • • • • • • • • 15.5
Luma 3
(no driver) 13.5

Luma 3 100LED • • • • • • • • • • 0.079 19.5

435
120LED • • • • • • • • • • 19.5
140LED • • • • • • • • • • 19.5
160LED • • • • • • • • • • 19.5 1000
180LED • • • • • • • • • • 20.5
200LED • • • • • • • • • • 20.5 120
230

(no driver) 17.5

For the tolerances on flux and / or system power values applicable, W.a. (Windage area) 85
please see the installation guide of the product. Kg (Weight) 1070

Exact flux and system power to be defined by L-Tune tuning tool.

Mounting details
OPTIONS 100
Including cable
Ø 62
Wired for cell (WFC), mini Photocell or NEMA socket
100-80
Other RAL, Futura colours or duo colour versions on request
DIM versions:
1) Dynadim stand alone scenarios programmed (various dim percentages and time settings) Ø 62-76
2) 1-10V with dim switch for extra incoming pilot line, for one step dimming
3) 1-10V or DALI dim prepared for incoming communication
4) Control & Monitoring versions, like Starsense RF OLC