Superior light source
for high ux luminaires
covering up to 40,000 lm
Samsung LED Module
inFlux Linear
Legal and additional information.
Copyright © 2016 Samsung Electronics Co., Ltd. All rights reserved.
Samsung is a registered trademark of Samsung Electronics Co., Ltd.
Specifications and designs are subject to change without notice. Non-metric
weights and measurements are approximate. All data were deemed correct
at time of creation. Samsung is not liable for errors or omissions. All brand,
product, service names and logos are trademarks and/or registered trademarks
of their respective owners and are hereby recognized and acknowledged.
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95, Samsung 2-ro
Giheung-gu
Yongin-si, Gyeonggi-do, 446-711
KOREA
www.samsungled.com
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Optimized for industrial lighting applications to replace T8/T5HO
Lamp 2 lamps T8 32W 3 lamps T8 32W 4 lamps T8 32W 1 lamps T5 54W 2 lamps T5 54W 3 lamps T5 54W 4 lamps T5 54W 8 lamps T5 54W
Lamp Flux 5,400-5,600 7,800-8,400 10,400-11,200 4,450-5,000 8,900-10,000 13,350-15,000 17,800-20,000 35,600-40,000
L03 (2ea) L04 (2ea) L03 (4ea) L03 (2ea) L04 (2ea) L03 (4ea)
L03 (6ea) L04 (8ea)
L09 (4ea)
L04 (4ea)
L09 (2ea)
Low bay High bay
Easy thermal management
Better uniformity & cost effective compared to high-power LEDs
Reduced thermal resistance using
Samsung’s mid-power LED LM301A
※ Measured at the same fixture
Model Flux Tc measured
9120 lm, 137 lm/W 62℃ (No MCPCB)
F-Series (F562A) 9020 lm, 137 lm/W 78℃ (MCPCB)
F-Series (F564A) 8850 lm, 119 lm/W 60℃ (MCPCB)
inFlux_L04
Package Thermal Resistance [℃/W]
5630 Epi-up chip
Package
Flip chip based
LM301A
15
7
High performance without MCPCB
‘3535’ high-power LED based module
‘inFlux_L03’ Linear Module
‘3535’ high-power LED
based module
130 lm/W
lm/$ 100%
‘inFlux_L03’
Linear Module
141 lm/W
Max 200% lm/$
Better line uniformity Deliver higher lm/W & better lm/$
X,mm
-300 -100-200 0 100 250-250 -50-150 50 200150 300
0 Y,mm
X,mm
-300 -100-200 0 100 250-250 -50-150 50 200150 300
0 Y,mm
inFlux Linear
Wide lumen ux coverage (up to 40,000lm)
inFlux_S01
inFlux_S04
inFlux_S02
inFlux_L04
inFlux_L03
inFlux_L09
Type Luminous
Flux (lm)
Power
Consumption
(W)
Input
Voltage
(V)
IF
(mA) (lm/W)
CRI
Min.
CCT
(K)
Beam
Angle
(°)
Size
(mm)
Temperature
Range (
℃)
Lifetime
(hrs) Model Name
inFlux_L03
2,620
20.8 18.1 1,150
126
80
3000
120 560x24x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V2N60L1WW
2,670 128 3500
SL-B8U2N60L1WW
2,840 137 4000
SL-B8T2N60L1WW
2,930 141 5000
SL-B8R2N60L1WW
inFlux_L04
4,190
33.3 24.1 1,380
126
80
3000
120 560x24x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V3N80L1WW
4,260 128 3500 SL-B8U3N80L1WW
4,540 137 4000 SL-B8T3N80L1WW
4,690 141 5000 SL-B8R3N80L1WW
inFlux_L09
8,390
66.6 48.2 1,380
126
80
3000
120 560x40x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V7N90L1WW
8,530 128 3500 SL-B8U7N90L1WW
9,100 137 4000 SL-B8T7N90L1WW
9,380 141 5000 SL-B8R7N90L1WW
inFlux_S01
1,310
10.4 9.1 1,150
126
80
3000
120 280x24x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V1N00L1WW
1,335 128 3500 SL-B8U1N00L1WW
1,420 137 4000 SL-B8T1N00L1WW
1,465 141 5000 SL-B8R1N00L1WW
inFlux_S02
2,095
16.6 12.1 1,380
126
80
3000
120 280x24x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V1N40L1WW
2,130 128 3500 SL-B8U1N40L1WW
2,270 137 4000 SL-B8T1N40L1WW
2,345 141 5000 SL-B8R1N40L1WW
inFlux_S04
4,195
33.3 24.1 1,380
126
80
3000
120 280x40x5.9 -20~+50 50,000 UL/cUL,
CE, ENEC
SL-B8V4N80L1WW
4,265 128 3500 SL-B8U4N80L1WW
4,550 137 4000 SL-B8T4N80L1WW
4,690 141 5000 SL-B8R4N80L1WW
LED Driver
Power
Consumption
(W)
Size
(mm)
Input
Voltage
(V)
Output
Voltage
(V)
Output
Current/ch
(mA) (%)
THD
(%) Dimming Power
factor Remark Model Name
75 359x30x26.5 120-277 22-52 1,000-2,10083
<20
0-10V
UL, cUL >0.9
Output current
adjustable by Rset
SI-EPF007040WW
50 300x30x21 20-50 500-1,400 SI-EPF006660WW
75 360x31x26 100-277 27-54 <1,400>87 Programmable - SI-CA1427501US
100 420x31x26 24-48 <2,000 SI-CA2029601US
※ The design is subject to change.
inFlux Linear Module
Superior performance for high flux luminaires in Industrial lighting
