LG LLDMWW0-15K902A User manual

15W Class LED Module
User Manual
Model : LLDMWW0-15K902A

Table of Contents
1 Product Description
································
1
1
.
Product
Description
1
2. Specification ································ 2
3. LED Module Instruction Manual ································ 10
4. Applications ································ 11
5. Warranty ································ 12
6. Ordering Information ································ 13
Appendix. A. Derived Models ································ 14
Appendix. B. LED Package Properties ································ 15
AdiCThlM t
17
A
ppen
di
x.
C
.
Th
erma
l
M
anagemen
t
································
17
Appendix. D. Module applied with asymmetry
Lens Instruction Guide ································ 21

1. Product Description

The product is a LED module used for outdoor lights which is designed to endure in

The
product
is
a
LED
module
used
for
outdoor
lights
which
is
designed
to
endure
in
severe conditions such as, extremely high and low temperature, and highly humid
condition, even to operate in the water.
The LED Module also can be applied with 7 Variety-Lens depending on distribution type
of light in the field of outdoor light application.
Convertor (LED Driver) is required to operate the LED module and it should be satisfied
with electrical and mechanical requirements for proper operation of the module.
Before forcing to operate the LED modules with a convertor, LED module specifications
such as, Forward Voltage and Current should be considered. Furthermore, how many LED
modules are being used, what is total voltage, what is total current and how the modules
are connected(series or parallel) should be considered to choose a proper convertor.
are
connected(series
or
parallel)
should
be
considered
to
choose
a
proper
convertor.
Heat management of the LED module is very important since it determines the product life
time. Therefore, an optimized heatsink attached to the module is one of the essential
component for LED luminaires to ensure their proper operation. For more information,
refer to Appendix. C.
-1-

Items Unit Specification Remarks
2. Specification
Input Current mA
Min Typ Max
DC
- 500 -
Color Temperature K 6530 ±510
LED Q’TY EA 8
Forward Volta
g
eV 24 ±10%
g
Total Luminous flux Lm 1000↑
Luminous efficiency lm/W 80 ↑
Storage Temperature ºC - 40 ~ 80
Operating Temperature ºC - 40 ~ 50
Module
Spec. Weight g 92 ±3% Connector not included
Power Consumption
(VDC) W12 ±10%
CRI Ra 70
Size mm Φ76.5 11.9T
Material - RoHS Compliance Halogen Free
Life Time hr 50,000 ↑Warranty up to 50,000
IP - IP67
Standards - EN 62031, 62471
UL 8750 CE, UL
◈Models in the Appendix. A are measured to determine all values above with input current 500mA.
◈All values above are measured by the Integrating Sphere of LG Innotek with EC1000S / WT210.
◈All optic values are measured at 10±2sec. in the Integrating Sphere.
◈The Max. permitted input current putting into all models in the Appendix. A. is 650mA.
◈CRI values can have tolerances in the range of 3% caused by Measuring Instruments.
-2-

T III L
◆Module Specification with Type III lens and 6500K CCT(Base Model)
Ty
pe
III
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 135 °V 60°
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 1000
6500 72
550 1055
600 1100
650(M )
1150
650(M
ax
)
1150
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-3-

TIIL
◆Module Specification with Type II lens and 6500K CCT
Ty
pe
II
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 160 °V 70 °
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 900
6500 72
550 950
600 990
650(M )
1020
650(M
ax
)
1020
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-4-

T V(S 130
°
)L
◆Module Specification with Type V(Sq130°) lens and 6500K CCT
Ty
pe
V(S
q
130
°
)
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 130 °V 130 °
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 1000
6500 72
550 1055
600 1100
650(M )
1150
650(M
ax
)
1150
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-5-

T V(130
°
)L
◆Module Specification with Type V(130°) lens and 6500K CCT
Ty
pe
V(130
°
)
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 130°V 130 °
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 1000
6500 72
550 1055
600 1100
650(M )
1150
650(M
ax
)
1150
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-6-

◆Module Specification with Type V(115°) lens and 6500K CCT
TV(115
°
)L
Ty
pe
V(115
°
)
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 115°V 115 °
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 1100
6500 72
550 1180
600 1250
650(M )
1300
650(M
ax
)
1300
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-7-

◆Module Specification with Type V(30°) lens and 6500K CCT
TV(30
°
)L
Ty
pe
V(30
°
)
L
ens
Horizontal view
Light Distribution
Vertical view
◆Beam Angle : H 30°V 30 °
If[mA] Luminance [lm] CCT[K] CRI
Table 1. Luminance values depending on Input Current
500 1100
6500 72
550 1180
600 1250
650(M )
1300
650(M
ax
)
1300
All Values @ Tc = 65ºC
* Values measured by KTR, 2011.5
* All values can have tolerances in the range of 5% caused by Measuring Instruments.
KTR : Korea Testing & Research Institute (Public Approval Institution)
-8-