Easy, effective and elegant 3in1 LED module which can be implemented to luminaires, ceilings, furniture, aluminium profiles. High performed and extremely high efficient, and suitable for office aplication. Quick installation, ready optics and no need of heatsink make from him the ideal choice for those ones, who wants to develop a new luminaire in a short time with the best values or to implement illumination to the existing parts of the space.

1. Infinitas
LED engine
easy, effective, elegant

2. Infinitas LED engine
easy, effective, elegant

3. INTRODUCTION
There are many different LED modules and LED light engines (LLE) available on the market,
usually comprised of LED light sources, engines and drivers. In most cases, further compo-
nents must be added to assure their correct functionality.
The first of those is a heatsink. As LED light sources and modules with high lumen outputs
are sensitive to thermal conditions, heatsinks are an intrinsic part of the development pro-
cess for most luminaires. However, what really marks the difference between luminaires
is their ability to provide a desired LIDC. With standard LED modules and engines, the
optical aspects of the luminaires design must be solved through the addition of reflectors,
refractors or lenses.
Herein lies the key to what makes Infinitas unique: it is ready to use without the need for
further development. Infinitas is a 3in1 LED unit that combines high-performance LED
light sources with carefree thermal management and an original hybrid optical system.
This makes Infinitas an ideal choice for both luminaire manufacturers and those seeking
the devices necessary to create a bespoke lighting solution.

4. • A compact and ready to use LED unit with integrated thermal manage-
ment and hybrid optics
• Easy installation into luminaires and other applications
LEDs:
• Net lumen output of up to 1240 lm
• UGR 21/24 (16 in situation)
• CCT 3000 K or 4000 K
• CRI 80 (93 on request)
• MacAdam 3
Optics:
• PMMA microprism diffuser and metallised reflector
Thermal management:
• Aluminium plate
APPLICATIONS
• Infinitas’ lighting parameters make it ideal for use in office, hospitality,
education, laboratory, presentation, retail and residential lighting appli-
cations
• Suitable for implementation into general illumination luminaires, track
luminaires and modular luminaire systems
• Developed also for direct incorporation into ceilings, shelves, metal pro-
files and furniture
KEY FEATURES

5. INFINITAS STRUCTURE
• Aluminium mounting plate that acts as
a heatsink for the module
• Thermal interface material
• FR4 PCB with flexible lumen output
according to used drive current
• Two installation screws make it easy to install
the module in a wide array of settings
• Cover pad
• PMMA microprism diffuser
• Metallised reflector

6. The mechanical design of Infinitas is tailored to the idea of easy in-
stallation. Whether mounting into a luminaire, a shelf, or directly into
a ceiling, all you need to do is attach the module using two M4 screws.
To achieve a smooth opening, we recommend laser cutting or the use
of an additional frame placed within the opening to ensure a good
finish.
MECHANICAL
DESIGN
INSTALLATION
17,8
/o 4,5
130
17,8
20
55
65
20
/o 4,5
130
85
95
Dimensions

7. CCT
[K]
Type Net lumen
output [lm]
@Ta 25°C
Nominal current
[mA]
Typical voltage
[V]
@ Ta 25 °C
Max voltage
[V]
@ Ta 25 °C
Typical power
[W]
@ Ta 25 °C
Typical efficacy
[lm/W]
@ Ta 25 °C
CCT
[K]
CRI
typ
R9 Value
3000 INFINITAS 4 400 450 11.5 12.4 5.2 77.3 3000 93 50
4000 INFINITAS 4 460 450 11.5 12.4 5.2 88.9 4000 93 50
3000 INFINITAS 8 800 450 23 24.8 10.4 77.3 3000 93 50
4000 INFINITAS 8 920 450 23 24.8 10.4 88.9 4000 93 50
3000 INFINITAS 4 230 250 11.2 12 2.8 82.1 3000 93 50
4000 INFINITAS 4 260 250 11.2 12 2.8 92.9 4000 93 50
3000 INFINITAS 8 460 250 22.5 24 5.6 81.8 3000 93 50
4000 INFINITAS 8 520 250 22.5 24 5.6 92.4 4000 93 50
TYPICAL TEMPERATURE COEFFICIENT OF FORWARD VOLTAGE
CRI 80 units
CRI 90 units
CCT
[K]
Type Net lumen
output [lm]
@ Ta 25 °C
Nominal current
[mA]
Typical voltage
[V]
@ Ta 25 °C
Max voltage
[V]
@ Ta 25 °C
Typical power
[W]
@ Ta 25 °C
Typical efficacy
[lm/W]
@ Ta 25 °C
CCT
[K]
CRI
typ
3000 INFINITAS 4 600 450 10.78 11.72 4.9 123.7 3000 80+
4000 INFINITAS 4 620 450 10.78 11.72 4.9 127.8 4000 80+
3000 INFINITAS 8 1200 450 21.55 23.43 9.7 123.7 3000 80+
4000 INFINITAS 8 1240 450 21.55 23.43 9.7 127.9 4000 80+
3000 INFINITAS 4 350 250 10.54 11.5 2.6 132.8 3000 80+
4000 INFINITAS 4 360 250 10.54 11.5 2.6 136.6 4000 80+
3000 INFINITAS 8 700 250 21.1 23 5.3 132.7 3000 80+
4000 INFINITAS 8 720 250 21.1 23 5.3 136.5 4000 80+
DRIVER TECHNICAL REQUIREMENTS
The Infinitas parameters show in what directions drivers can
be used. Recommended drivers are divided according to type
and connection – parallel or series.
Detailed information are available on request.
ELECTRONIC PARAMETERS
AND DRIVER REQUIREMENTS

8. 90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
OPTICAL DESIGN
PERFORMANCE
The Infinitas optical system consists of primary and secondary optical parts. The primary
part is a 2D and 3D geometric structured diffuser that modifies the light distribution of
the light source. The secondary optical part is a reflector, which directs the light in the
specified shape.
Thanks to the combination of these two optical parts, Infinitas offers a LIDC suitable for
use in offices in accordance with associated standards. This is possible as Infinitas has
a very low glare rating, with less than 16 possible in situ and an average illuminance of the
light emitting surface of Lavg 1500 cd/m2
.
Manufacturers and lighting designers can choose between and combine different types
and numbers of Infinitas units in order to achieve a desired LIDC, which can be further
refined by setting of the drive current for each unit.
Alternatives of optic materials
Alternative to standard microprism are different optical refractors / diffusers which
allows to achieve various light distribution curves and due to the diverse transmis-
sion also slightly different lm output. Available on request.
LIDC of Infinitas module with microprism diffuser
C0,0-C180,0 C90,0-C270,0
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
200
300
400
500
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
200
300
400
500
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
200
300
400
500
600
cd/klm
200
300
400
500
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
300
450
600
90°
75°
60°
45°
90°
75°
60°
45°
30°30° 15° 15°0°
cd/klm
200
300
400
600
500
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
Infinitas 04 840 602 lm Infinitas 08 840 1252 lm

9. TC POINT
The TC point is the location on the Infinitas PCB
where the hottest LED in found. This can be
ascertained using a thermal imaging camera.
Mount a type K thermocouple on the closest
point to the thermal pad – cathode. Make sure
that the thermocouple is fixed in direct contact
with the Tc point. The maximum permissible
temperature at the Tc point must be checked
under worst-case operational conditions and in
a thermally stable state.
TP POINT
The TP point refers the temperature at the Tc
point related to the performance of the LED.
The TP point is located on the top side of the
PCB.
EXPECTED LIFETIME RELIABILITY
The Infinitas module is designed to operate
without an additional heatsink in ambient tem-
peratures of up to 45 °C. The expected life-
time of the unit when used in compliance with
the defined operating condition parameters is
50,000 hours / L80 B10 and 130,000 hours /
L70 B50.
OPERATIONAL CONDITIONS
Storage ambient temperature range (Ta):
-30 °C to + 80 °C
Operating ambient temperature range (Ta):
-30 °C to + 85 °C
Drive current: max. 450 mA
THERMAL CONSIDERATIONS
Typical Temperature Coefficient of Forward Voltage (mV / °C) ΔVf / ΔTp -1,8
Valid for If 250-450 mA
250 mA (Ta 25 °C=Tp 45 °C) 450 mA (Ta 25 °C=Tp 65 °C)
Infinitas 08-450 mA
Ta
[°C]
Tc of LED
[°C]
Tp
[°C]*
I [mA] Lifetime [hours]
Typical L80 B10 L80 B20 L70 B50
25 65 60
450
53,500 62,000 120,400
30 70 65 51,300 59,400 115,400
35 75 70 49,300 57,100 110,700
40 80 75 47,400 54,900 106,400
45 85 80 45,600 52,800 102,400
Infinitas 04-450 mA
Ta
[°C]
Tc of LED
[°C]
Tp
[°C]
I [mA] Lifetime [hours]
Typical L80 B10 L80 B20 L70 B50
25 65 60
450
53,500 62,000 120,400
30 70 65 51,300 59,400 115,400
35 75 70 49,300 57,100 110,700
40 80 75 47,400 54,900 106,400
45 85 80 45,600 52,800 102,400
Relative Luminous Flux vs. Forward Current; Tp 45 °C
Rel.LiminousFlux(%)
Forward current (mA)
275 %
250 %
225 %
200 %
175 %
150 %
125 %
100 %
75 %
50 %
25 %
0 %
100 150 200 250 300 350 400 450 500 550 600 650 700
Forward current (mA)
Rel.LiminousFlux(%)
Relative Luminous Flux vs. Forward Current; Tp 65 °C
175 %
150 %
125 %
100 %
75 %
50 %
25 %
0 %
100 150 200 250 300 350 400 450 500 550 600 650 700
Rel. Forward Voltage (%)
ForwardCurrent(mA)
Forward Current vs. Rel. Forward Voltage; Tp 65 °C
700
650
600
550
500
450
400
350
300
250
200
150
100
50
0
95 % 97 % 99 % 100 % 101 % 104 %
Rel. Forward Voltage (%)
ForwardCurrent(mA)
Forward Current vs. Rel. Forward Voltage; Tp 45 °C
700
650
600
550
500
450
400
350
300
250
200
150
100
50
0
97 % 100 % 101 % 103 % 104 % 106 %
Tp (°C)
Rel.LuminuosFlux(%)
Rel. Luminuos Flux vs. Tp, for 250 mA If
110 %
105 %
100 %
95 %
90 %
85 %
80 %
5 15 25 35 45 55 65 75 85 95
Tp (°C)
Rel.LuminuosFlux(%)
Rel. Luminuos Flux vs. Tp, for 450 mA If
115 %
110 %
105 %
100 %
95 %
90 %
85 %
5 15 25 35 45 55 65 75 85 95
Infinitas 08-250 mA
Ta
[°C]
Tc of LED
[°C]
Tp
[°C]*
I [mA] Lifetime [hours]
Typical L80 B10 L80 B20 L70 B50
25 50 50
250
58,400 67,600 131,500
30 55 55 58,400 67,600 131,500
35 60 60 55,900 64,700 125,700
40 65 65 53,500 62,000 120,400
45 70 70 51,300 59,400 115,400
Infinitas 04-250 mA
Ta
[°C]
Tc of LED
[°C]
Tp
[°C]
I [mA] Lifetime [hours]
Typical L80 B10 L80 B20 L70 B50
25 50 50
250
58,400 67,600 131,500
30 55 55 58,400 67,600 131,500
35 60 60 55,900 64,700 125,700
40 65 65 53,500 62,000 120,400
45 70 70 51,300 59,400 115,400

11. Open Office / 3D Rendering
Open Office / User permission
level / Isolines (E)
Open Office / Luminaires
(layout plan)
Dialux example images
OFFICE
Dimensions: 17 x 6.6 m
Number of Infinitas: 100
Number of luminaires: 20
Luminaire output: 3663 lm at 4000 K
Achieved values:
Total luminous flux: 73,262 lm
Maintenance factor: 0.9
Boundary zone: 0.5 m
EXAMPLE INFINITAS
APPLICATIONS
Surface Average illuminances [lx] Reflection factor
[%]
Average
luminance [cd/m2
]
direct indirect total
Working plane 519 106 625 – –
Floor 284 74 357 18 20
Ceiling 0.02 176 176 70 39
Wall 1 January 48 33 35 50 May 56
Wall 2 51 109 160 50 25
Wall 3 53 116 169 50 27
Wall 4 98 119 217 50 35
Uniformity on the working plane
u0: 0.059 (1:17)
Emin / Emax: 0.035 (1:28)
Illuminance Quotient (according to LG7): Walls / Working Plane: 0.263, Ceiling / Working
Plane: 0.283.
Specific connected load: 6.24 W/m2
= 1.00 W/m2
/100 lx (Ground area: 112.20 m2
)
630 630 630
17.00 m
16.50
15.22
14.67
13.61
13.07
12.49
11.75
11.26
9.98
9.17
8.55
8.07
7.28
6.02
5.33
4.55
2.24
1.39
0.50
0.00
17.00 m
15.07
11.82
8.56
5.30
2.05
0.00
0.00 0.83 2.48 4.13 5.77 6.60 m 0.00 0.96 2.01 2.96 3.93 4.91 6.60 m
630
630630
630
840
840
840 840 840
840
840 840
840
840
840
840
840
840
420420
420
210 210
210210
630
630
630 630 630
630
630
630
630 630
630
630
630
630630630
630630 630
840
840
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

13. HEAD OFFICE
iLumTech
906 02 Dojč 419
Slovakia
Email: info@ilumtech.eu
www.ilumtech.eu