LM561B - 5630 Middle Power (S1,S2,S3) Datasheet by Samsung Semiconductor, Inc.

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Rev:
Product Family Data Sheet
SAMSUNG ELECTRONICS
95, Samsung2-Ro, Giheung-Gu,
Yongin City, Gyeonggi Do 446 711, KOREA
001
LM561B -
--
-5630 Middle Power LED
Copyright © 1995-2013 SAMSUNG ELECTRONICS Co.,Ltd. All rights reserved. The information in this document is subject to
change without notice. SAMSUNG, is aregistered trademark of SAMSUNG ELECTRONICS.
Introduction
Features
Beam Angle: 120˚
Precondition :JEDEC Level 2a
Dimension : 5.6 x 3.0 x 0.8 mm
ESD withstand Voltage :up to ± 5KV [HBM]
Applications
INDOOR LIGHTING :Ambient Light, LED tube, Down light, LED bulb and Ceiling Light
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Contents
1. Product Code Information ----------------------- 3
2. Characteristics ----------------------- 9
3. Typical CharacteristicsGraph ----------------------- 10
4. Outline Drawing &Dimension ----------------------- 16
5. Reliability Test Items &Conditions ----------------------- 17
6. Solder Conditions ----------------------- 18
7. Tape &Reel ----------------------- 19
8. Label Structure ----------------------- 20
9. Packing Structure ----------------------- 21
10. Precaution For Use ----------------------- 23
11. Hazard Substance Analysis Report ----------------------- 26
Revision History ----------------------- 46
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1. Product Code Information
1) Luminous Flux Bins (T
s
= 25
)
Nominal
CCT Product Code Flux Rank
Sorting Condition lm @65mA
Flux Range (Φ
v
,lm)
2700K
SPMWHT541MD5WAW0S1 S1 24.0 ~ 26.0
SPMWHT541MD5WAW0S2 S2 26.0 ~ 28.0
SPMWHT541MD5WAW0S3 S3 28.0 ~ 30.0
3000K
SPMWHT541MD5WAV0S1 S1 24.5 ~ 26.5
SPMWHT541MD5WAV0S2 S2 26.5 ~ 28.5
SPMWHT541MD5WAV0S3 S3 28.5 ~ 30.5
3500K
SPMWHT541MD5WAU0S1 S1 25.0 ~ 27.0
SPMWHT541MD5WAU0S2 S2 27.0 ~ 29.0
SPMWHT541MD5WAU0S3 S3 29.0 ~ 31.0
4000K
SPMWHT541MD5WAT0S1 S1 26.0 ~ 28.0
SPMWHT541MD5WAT0S2 S2 28.0 ~30.0
SPMWHT541MD5WAT0S3 S3 30.0 ~32.0
5000K
SPMWHT541MD5WAR0S1 S1 27.0 ~ 29.0
SPMWHT541MD5WAR0S2 S2 29.0 ~ 31.0
SPMWHT541MD5WAR0S3 S3 31.0 ~ 33.0
5700K
SPMWHT541MD5WAQ0S1 S1 26.5 ~ 28.5
SPMWHT541MD5WAQ0S2 S2 28.5 ~ 30.5
SPMWHT541MD5WAQ0S3 S3 30.5 ~ 32.5
6500K
SPMWHT541MD5WAP0S1 S1 26.0 ~ 28.0
SPMWHT541MD5WAP0S2 S2 28.0 ~ 30.0
SPMWHT541MD5WAP0S3 S3 30.0 ~ 32.0
Notes: SAMSUNG ELECTRONICS maintains atolerance of
±5%
on Luminous Flux measurements
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2) Color Bins (T
s
= 25
)
1) Color Binning
Nominal
CCT Product Code Color Rank Chromaticity Bins
2700K
SPMWHT541MD5WAW0S1
SPMWHT541MD5WAW0S2
SPMWHT541MD5WAW0S3
W0(Whole bin) W1, W2, W3, W4, W5, W6, W7, W8,
W9, WA, WB, WC, WD, WE, WF, WG
3000K
SPMWHT541MD5WAV0S1
SPMWHT541MD5WAV0S2
SPMWHT541MD5WAV0S3
V0(Whole bin) V1, V2, V3, V4, V5, V6, V7, V8,
V9, VA, VB, VC, VD, VE, VF, VG
3500K
SPMWHT541MD5WAU0S1
SPMWHT541MD5WAU0S2
SPMWHT541MD5WAU0S3
U0(Whole bin) U1, U2, U3, U4, U5, U6, U7, U8,
U9, UA, UB, UC, UD, UE, UF, UG
4000K
SPMWHT541MD5WAT0S1
SPMWHT541MD5WAT0S2
SPMWHT541MD5WAT0S3
T0(Whole bin) T1, T2, T3, T4, T5, T6, T7, T8,
T9, TA, TB, TC, TD, TE, TF, TG
5000K
SPMWHT541MD5WAR0S1
SPMWHT541MD5WAR0S2
SPMWHT541MD5WAR0S3
R0(Whole bin) R1, R2, R3, R4, R5
R6, R7, R8, R9 ,RA
5700K
SPMWHT541MD5WAQ0S1
SPMWHT541MD5WAQ0S2
SPMWHT541MD5WAQ0S3
Q0(Whole bin) Q1, Q2, Q3, Q4, Q5
Q6, Q7, Q8, Q9, QA
6500K
SPMWHT541MD5WAP0S1
SPMWHT541MD5WAP0S2
SPMWHT541MD5WAP0S3
P0(Whole bin) P1, P2, P3, P4, P5
P6, P7, P8, P9, PA
In 57 us An. 1 c
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2) Chromaticity Region &Coordinates
W Region ‘ CIE x ‘ CIE Y ‘ Region ‘ c1E x ‘ c1E Y Region ‘ cu; x ‘ CIE Y ‘ Region ‘ CIE x ‘ c1E Y W rank (2700K) v rank (3000K) 0 4373 0 3393 0 4405 0 4071 0 4147 0 3814 0 4221 0 3934 04413 03981 04513 04104 04133 03898 04259 04073 W1 W9 V1 V9 0 4475 0 3994 0 4573 0 4173 0 4242 0 3919 0 4322 0 4090 0 4423 0 3908 0 4523 0 4035 0 4203 0 3833 0 4281 0 4000 0 4423 0 3908 0 4523 0 4035 0 4203 0 3833 0 4281 0 4000 0 4475 0 3994 0 4573 0 4173 0 4242 0 3919 0 4322 0 4090 W2 WA v2 VA 0 4532 0 4008 0 4834 0 4193 0 4300 0 3939 0 4385 0 4119 0 4433 0 3919 0 4532 0 4099 0 4259 0 3853 0 4342 0 4023 0 4433 0 3919 0 4532 0 4099 0 4259 0 3853 0 4342 0 4023 0 4532 0 4008 0 4834 0 4193 0 4300 0 3939 0 4385 0 4119 W3 WB v3 VB 0 4539 0 4021 0 4895 0 4207 0 4359 0 3980 0 4449 0 4141 0 4533 0 3931 0 4841 0 4112 0 4310 0 3873 0 4403 0 4049 0 4533 0 3931 0 4841 0 4112 0 4310 0 3873 0 4403 0 4049 0 4539 0 4021 0 4895 0 4207 0 4359 0 3980 0 4449 0 4141 W4 WC v4 vc 04048 04034 04750 04221 04413 03981 04513 04184 0 4593 0 3944 0 4700 0 4120 0 4373 0 3893 0 4485 0 4071 04413 03981 04513 04104 04133 03898 04259 04073 0 4405 0 4071 0 4502 0 4200 0 4221 0 3984 0 4299 0 4185 W5 WD v5 VD 0 4523 0 4085 0 4824 0 4274 0 4231 0 4008 0 4384 0 4133 0 4475 0 3994 0 4573 0 4173 0 4242 0 3919 0 4322 0 4090 0 4475 0 3994 0 4573 0 4173 0 4242 0 3919 0 4322 0 4090 0 4523 0 4085 0 4824 0 4274 0 4231 0 4008 0 4384 0 4133 W8 WE v0 VE 0 4532 0 4099 0 4837 0 4239 0 4342 0 4028 0 4430 0 4212 0 4532 0 4008 0 4834 0 4193 0 4300 0 3939 0 4385 0 4119 0 4532 0 4008 0 4834 0 4193 0 4300 0 3939 0 4385 0 4119 0 4532 0 4099 0 4837 0 4239 0 4342 0 4028 0 4430 0 4212 W7 WF v7 VF 0 4041 0 4112 0 4750 0 4304 0 4403 0 4049 0 4498 0 4230 0 4539 0 4021 0 4895 0 4207 0 4359 0 3980 0 4449 0 4141 0 4539 0 4021 0 4895 0 4207 0 4359 0 3980 0 4449 0 4141 0 4041 0 4112 0 4750 0 4304 0 4403 0 4049 0 4498 0 4230 W3 W6 v3 VG 0 4700 0 4128 0 4813 0 4319 0 4405 0 4071 0 4582 0 4280 04048 04034 04750 04221 04413 03981 04513 04184
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2) Chromaticity Region &Coordinates (Continued)
W Region ‘ CIE x ‘ (:11; Y ‘ Region ‘ CIE x ‘ (:11; Y Region ‘ (:11; x ‘ CIE Y ‘ Region ‘ CIE x ‘ CIE Y U rank (650010 T rank (4000K) 0 3339 0 3690 0 3941 0 3343 0 367 0 3573 0 3702 0 3722 0 3915 0 3763 0 3963 0 3930 0 3726 0 3612 0 3763 0 376 U1 U9 T1 T9 0 3931 0 3300 0 4040 0 3966 0 3744 0 3665 0 3732 0 3337 0 3953 0 3720 0 4010 0 3332 0 3636 0 3649 0 3719 0 3797 0 3953 0 3720 0 4010 0 3332 0 3726 0 3612 0 3763 0 3760 0 3931 0 3300 0 4040 0 3966 0 3733 0 3646 0 3325 0 3793 U2 UA T2 TA 0 4043 0 3332 0 4113 0 4001 0 3304 0 3721 0 3347 0 3377 0 4017 0 3751 0 4030 0 3916 0 3744 0 3665 0 3732 0 3337 0 4017 0 3751 0 4030 0 3916 0 3733 0 3646 0 3325 0 3793 0 4043 0 3332 0 4113 0 4001 0 3340 0 3661 0 3337 0 3336 U3 U5 T3 TB 04116 03365 04136 04037 03363 03753 03912 03917 0 4032 0 3732 0 4150 0 3950 0 3304 0 3721 0 3347 0 3377 0 4032 0 3732 0 4150 0 3950 0 334 0 3661 0 3337 0 3337 0 4116 0 3365 0 4136 0 4037 0 3393 0 3716 0 395 0 3375 U4 UC T4 TC 0 4133 0 3393 0 4259 0 4073 0 3924 0 3794 0 3973 0 3953 0 4147 0 3314 0 4221 0 3934 0 3363 0 3753 0 3912 0 3917 0 3915 0 3763 0 3963 0 3930 0 3636 0 3649 0 3719 0 3797 0 3941 0 3343 0 3996 0 4015 0 3744 0 3665 0 3732 0 3337 U5 UD T5 TD 0 4010 0 3332 0 4071 0 4052 0 3763 0 376 0 3302 0 3916 0 3931 0 3300 0 4040 0 3966 0 3702 0 3722 0 3736 0 3374 0 3931 0 3300 0 4040 0 3966 0 3744 0 3665 0 3732 0 3337 0 4010 0 3332 0 4071 0 4052 0 3304 0 3721 0 3347 0 3377 U6 UE T6 TE 0 4030 0 3916 0 4146 0 4039 0 3325 0 3793 0 3369 0 3953 0 4043 0 3332 0 4113 0 4001 0 3763 0 376 0 3302 0 3916 0 4043 0 3332 0 4113 0 4001 0 3304 0 3721 0 3347 0 3377 0 4030 0 3916 0 4146 0 4039 0 3363 0 3753 0 3912 0 3917 U7 UF T7 TF 0 4150 0 3950 0 4222 0 4127 0 3337 0 3666 0 3937 0 4001 0 4116 0 3365 0 4136 0 4037 0 3325 0 3793 0 3369 0 3953 04116 03365 04136 04037 03363 03753 03912 03917 0 4150 0 3950 0 4222 0 4127 0 3924 0 3794 0 3973 0 3953 U3 UG T3 T6 0 4221 0 3934 0 4299 0 4165 0 395 0 3675 0 4006 0 4044 0 4133 0 3393 0 4259 0 4073 0 3337 0 3666 0 3937 0 4001
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2) Chromaticity Region &Coordinates (Continued)
W Region ‘ CIE x ‘ CIE Y ‘ Region ‘ CIE x ‘ CIE Y Reg1on‘ c1E x ‘ CIE Y ‘ Reg1on‘ cu; x ‘ CIE Y R rank (5000K) P rank (6500K) 0 3366 0 3369 0 3456 0 3601 0 3063 0 3113 0 3126 0 3324 R1 0 3441 0 3423 R6 0 3539 0 3669 P1 0 3145 0 3137 P6 0 3210 0 3406 0 3449 0 3515 0 3551 0 3760 0 3135 0 3256 0 3205 0 3431 0 3369 0 3451 0 3464 0 3633 0 3055 0 3177 0 3117 0 339 0 3441 0 3423 0 3363 0 3237 0 3145 0 3137 0 3061 0 3049 0 3515 0 3437 0 3433 0 3341 0 3221 0 3261 0 3154 0 3119 R2 R7 P2 P7 0 3527 0 3578 0 3441 0 3428 0 3216 0 3334 0 3145 0 3137 0 3449 0 3515 0 3366 0 3369 0 3135 0 3256 0 3066 0 311 03369 03451 03433 03341 03055 03177 03154 03119 0 3449 0 3515 0 3503 0 3396 0 3135 0 3256 0 3226 0 3136 R3 R3 P3 P6 0 3456 0 3601 0 3515 0 3437 0 3126 0 3324 0 3221 0 3261 0 3373 0 3534 0 3441 0 3428 0 3041 0 3240 0 3145 0 3137 0 3449 0 3515 0 3376 0 3616 0 3135 0 3256 0 3026 0 3304 0 3527 0 3573 0 3464 0 3633 0 3216 0 3334 0 3117 0 339 R4 R9 P4 P9 0 3539 0 3669 0 3471 0 3775 0 3210 0 3408 0 3107 0 3461 0 3456 0 3601 0 3379 0 3693 0 3126 0 3324 0 3015 0 3368 0 3373 0 3534 0 3464 0 3688 0 3041 0 3240 0 3117 0 339 0 3456 0 3601 0 3551 0 3760 0 3126 0 3324 0 3205 0 3431 R5 RA P5 PA 0 3464 0 3633 0 3564 0 3351 0 3117 0 3393 0 3200 0 3554 0 3376 0 3616 0 3471 0 3775 0 3028 0 3304 0 3107 0 3461 Q rank (5700K) 0 3222 0 3243 0 3292 0 3461 0 3294 0 3306 0 337 0 3534 Q1 Q6 0 329 0 3334 0 3376 0 3616 03217 03316 03292 03539 0 3294 0 3306 0 3227 0 3170 0 3366 0 3369 0 3295 0 3228 Q2 Q7 0 3369 0 3451 0 3294 0 3306 0 329 0 3334 0 3222 0 3243 03217 03316 03295 03223 0 329 0 3334 0 336 0 3237 Q3 Q8 0 3292 0 3461 0 3366 0 3369 0 3212 0 3339 0 3294 0 3306 0 329 0 3334 0 3207 0 3462 0 3369 0 3451 0 3292 0 3539 Q4 Q9 0 3373 0 3534 0 3291 0 3617 0 3292 0 3461 0 3202 0 3535 0 3212 0 3339 0 3292 0 3539 0 3292 0 3461 0 3376 0 3616 Q5 QA 0 3292 0 3539 0 3379 0 3693 0 3207 0 3462 0 3291 0 3617
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2) Chromaticity Region &Coordinates (Continued)
Notes: SAMSUNG ELECTRONICS maintains ±0.007 tolerance of Cx,Cy
"C ”0 2.70 2.80 A1 2.80 2.90 A2 2.90 3.00 A3 3.00 3.10 A4 3.10 3.20 1 24.0 26.0 82 26.0 28.0 83 28.0 30.0 31 24.5 26.5 82 26.5 28.5 83 28.5 30.5 31 25.0 27.0 82 27.0 29.0 83 29.0 31.0 31 26.0 28.0 * 82 28.0 30.0 * 83 30.0 32.0 * 31 27.0 29.0 * 82 29.0 31.0 * 83 31.0 33.0 ' 31 26.5 28.5 ' 82 28.5 30.5 ' 83 30.5 32.5 1 31 26.0 28.0 2 82 28.0 30.0 3 83 30.0 32.0 80 7
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2. Characteristics
1) Absolute Maximum Rating
Item Symbol Rating Condition
Operating temperature range T
op
-40 ~ +85
Storage temperature range T
stg
-40 ~ +120
LED junction temperature T
J
110
Forward Current I
F
150 mA
Peak Pulsed Forward Current I
FP
300 mA Duty 1/10 pulse width 10ms
Thermal resistance R
th,
j-s 16 /W Junction to solder point
Assembly Process Temperature 260 , < 10sec
ESD 5kV HBM
2) Electro-
--
-
optical Characteristics
Item Unit
Nominal
CCT
Code Rank Min Typ Max
Forward Voltage
1)
(V
F
)
(@65 mA, Ts = 25 ) VWA
AZ
2
.
7
0
2
.
8
0
A1
2
.
8
0
2
.
9
0
A2
2
.
9
0
3
.
0
0
A3
3
.
0
0
3
.
1
0
A4
3
.
1
0
3
.
2
0
Luminous Flux
2)
v
)
(@65 mA, Ts = 25 ) lm
2700K
(W0)
*
WAW0S1
S1
2
4
.
0
2
6
.
0
*
WAW0S2
S2
2
6
.
0
2
8
.
0
*
WAW0S3
S3
2
8
.
0
3
0
.
0
3000K
(V0)
*
WAV0S1
S1
2
4
.
5
2
6
.
5
*
WAV0S2
S2
2
6
.
5
2
8
.
5
*
WAV0S3
S3
2
8
.
5
3
0
.
5
3500K
(U0)
*
WAU0S1
S1
2
5
.
0
2
7
.
0
*
WAU0S2
S2
2
7
.
0
2
9
.
0
*
WAU0S3
S3
2
9
.
0
3
1
.
0
4000K
(T0)
*
WAT0S1
S1
2
6
.
0
2
8
.
0
*
WAT0S2
S2
2
8
.
0
3
0
.
0
*
WAT0S3
S3
3
0
.
0
3
2
.
0
5000K
(R0)
*
WAR0S1
S1
2
7
.
0
2
9
.
0
*
WAR0S2
S2
2
9
.
0
3
1
.
0
*
WAR0S3
S3
3
1
.
0
3
3
.
0
5700K
(Q0)
*
WAQ0S1
S1
2
6
.
5
2
8
.
5
*
WAQ0S2
S2
2
8
.
5
3
0
.
5
*
WAQ0S3
S3
3
0
.
5
3
2
.
5
6500K
(P0)
*
WAP0S1
S1
2
6
.
0
2
8
.
0
*
WAP0S2
S2
2
8
.
0
3
0
.
0
*
WAP0S3
S3
3
0
.
0
3
2
.
0
Reverse Voltage
(@5 mA, Ts = 25 ) V 0.7 1.2
Color
Rendering
Index
3
)
(
R
a
)
5
8
0
Special
CRI
4)
(
R9
)
0
Notes:
1)~4) SAMSUNG ELECTRONICS maintains atolerance of
V
F
:±0.1 V,
Φ
v
:±5 %, R
a
:±3.0, R9 :±6.5
on
measurements
5) " * " is Product Code of "SPMWHT541MD5"
Spectrum Distribution Rolulvu Emlulon lnltmltyvl.) 100 g /\ 5 so I s / 15 so I O ‘5 4o __________________ 'E A E o “5 400 450 500 550 600 650 700 750 800 WavelengtMnm) SpectrumDistribution ‘°°n /\ 3F: 2/ a: / 400 450 500 550 600 650 700 750 800 Wmlengthmm)
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3. Typical Characteristics Graph
(T
s
= 25
)
1) Spectrum Distribution
[CCT : 2700K & 3000K]
[CCT : 3500K & 4000K]
Wmlengthmm) SpectrumDistribution A 100 5 z- ; 80 5 5 so i ,iiiiiiiiiiiiiiiii E A 5 40 E / \ Ill 5 20 J v \i = 2 0 400 450 500 550 600 650 700 750 800 Wmlengthmm) SpectrumDistribution A 100 5 z- ; 80 5 5 so i ,iiiiiiiiiiiiiiiii E 5 40 E In E 20 V = 2 0 400 450 500 550 600 650 700 750 800
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[CCT : 5000K & 5700K]
[CCT : 6500K]
Relative Luminous Flux vs. Forward Current 0 10 20 30 40 50 60 70 80 90 100110120130140150 Forward CurrenqrnA) Forward Current vs. Forward Vollage 160 140 / 3 E. 120 // E 100 5 80 / E 60 ‘3 40 20 o 2.5 2.6 2.7 2.8 2.9 3.0 3.1 Forward Volhgefll)
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2) Forward Current Characteristics
[Relative Luminous Flux vs. Forward Current]
(T
s
= 25
)
[Forward Current vs. Forward Voltage]
(T
s
= 25
)
Relative Luminous Flux vs. Temperature 105 -100 5 \ . z 95 .. g 90 \ s ‘\ 5 as _. g an E '5 It 75 1o 20 40 so so 100 120 Ts(’c) Forward Voltage vs. Temperature 105 100 :3 95 . 2' 2 90 a > 'E 35 .3 80 75 70 o 20 40 so so 100 120 Tfl’c)
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3) Temperature Characteristics
[Relative Luminous Flux vs. Ts]
(I
F
= 65mA)
[Forward Voltage vs. Ts]
(I
F
= 65mA)
AA 0705 0704 am 0702 Sum :E' “0‘00 2 8001 an 4103 -o.o4 n05 Forward Current vs. Color Ax, Ay Font-d CunemfinA) Ax _ _ AV --- r ———----—-? 40 60 so 100 120 140 160
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4) Color shift Characteristics
[Forward Current vs. Color x, y]
(T
s
= 25
)
Forward Current Denting Curve 0 10 20 30 4O 50 70 80 90 AmbieutTempeutulq'C) Radiation Diagram 100 A so \ / Rolatlva Lumlnoua Inlanllly(%) 3 3 \ \ // °\ / -90 -60 -30 0 30 60 90 mm
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5) Derating Curve
6) Beam Angle Characteristics
500‘? u m fl om 233 25a 235 \usu Q as Q Q 3
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4. Outline Drawing &Dimension
Recommended Land Pattern
Notes:
1) This LED has built-in ESD protection device(s) connected in parallel to LED Chip(s).
2) Ts point &measurement method
Measure the nearest point to the thermal pad. If necessary, remove PSR of PCB to reach Ts
point.
Thermal pad must be soldered to the PCB to dissipate heat properly. Otherwise, LED can be
damaged.
3) Precautions
The pressure on the LEDs will influence to the reliability of the LEDs. Precautions should be
taken to avoid the strong pressure on the LEDs. Do not put stress on the LEDs during heating.
Re-soldering should not be done after the LEDs have been soldered. If re-soldering is
unavoidable, LED`s characteristics should be carefully checked before and after such repair.
Do not stack assembled PCBs together. Since materials of LEDs is soft, abrasion between two
PCB assembled with LED might cause catastrophic failure of the LEDs.
1. Tolerance is ±0.10 mm
2. The maximum compressing force is 15N on the body
3. Do not place pressure on the encapsulation resin
Bottom View
Top View
Front View
Left Side View
Anode Mark
Cathode
Anode
”C ”C ”C m ”C m "C "C MA ”C m b H t ”C ”C ”C ”C M m a; k? P \JJV _: um I M pF m)- W-
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5. Reliability Test Items and Conditions
1) Test Items
Test Item Test Conditions Test
Hours/Cycles Sample No
MSL Test 125 24hrs drying 60 , 60 %RH 120hrs
260 10sec 3cycles 1cycle 11
Room Temperature
life test 25 ±3 , DC150 1,000 hrs 22
High Temperature
life test 85 ±3 , DC150 1,000 hrs 22
High Temperature
humidity life test 85 ±3 , 85 %±2 %RH, DC150 1,000 hrs 22
Low Temperature
life test -40 ±3 , DC150 1,000 hrs 22
Powered Temperature
Cycle test
-45 /20 min 85 /20 min, Sweep
100min cycle on/off: each 5min, DC 150mA
100 cycle 22
Thermal Shock
-45 /15 min 125 /15 min
Hot plate 180
500 cycle 100
High Temperature
Storage Ta=120 ±3 1000 hrs 11
Low Temperature
Storage Ta=-40 ±3 1000 hrs 11
ESD(HBM)
R1:10 ,
R2:1.5 ,
C:100 ,
V = ±5 kV
5times 5
ESD(MM)
R1:10 ,
R2: 0,
C:200 ,
V = ±0.5 kV
5times 5
Vibration Test
20~2000~20 Hz 200 m/s
2
,Sweep 4min
X, Y, Z 3 direction, each 1cycle 4cycles 11
Mechanical Shock Test
1500G, 0.5 ms,
3shocks each X-Y-Z axis
5cycles 11
2) Criteria for Judging the Damage
Item Symbol Test Condition Limit
Min Max
Forward Voltage V
F
I
F
= 65 Init. Value*0.9 Init. Value*1.1
Luminous Flux
Φ
v
I
F
= 65 Init. Value*0.7 Init. Value*1.2
[TempevaIure( T: )| Peak Temp. 2 260&5t. Max, IOsec 250 Hme above 220‘) 1 Max, 50586 200 Pleheating : 150~xaon M3“ 505“ 150 100 . Max. Temp, gradient In Cooling I -5’C/sec 50 v:— 0 50 100 0 200 250 300 . ‘—" ‘ ' 60-12039c [Timelsecll
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6. Solder Conditions
1) Reflow Conditions (Pb Free )
Reflow Frequency : 2 times max.
2) For Manual Soldering
Not more than 5seconds @Max. 300 , under soldering iron.
s , 200ng 4.00m": f, __ 0.102005 ,5“; N ‘44!) V‘ § 5 a " g ° § N :5 «3 3,0024” “sown 1222!: w 1 152010 I v L'HJ mm ‘ mm mm 15 4"” 13.0m . , W 060: Tolerance $0.2 , Unitmm mm
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7. Tape &Reel
(1) Quantity :The quantity/Reel to be Max. 2,000 pcs, .
(2) Cumulative Tolerance :Cumulative tolerance/10 pitches to be ±0.2
(3) Adhesion Strength of Cover Tape :Adhesion strength to be 0.1-0.7N when the
cover tape is turned off from the carrier tape at 10 angle to be the carrier tape.
(4) Packaging :P/N, Manufacturing data code no. and quantity to be indicated on a
damp proof Package.
PKG direction
directiondirection
direction in carrier tape pocket
Anode Mark (Cutting )
unit:mm
More than 500
Unloaded tape
Mounted with
Flash LED
Leading part more than
500
More than 100~200
Unloaded tape
End Start
* @631 @ g7 Eff» * * W ®®®®©©®O® f5 (5 f (D (3 © @ © © ®O®
http://www.samsungled.com 20 / 46
8. Label Structure
1) Label Structure
N.B) Denoted rank is the only example.
' ' means All kind of Chromaticity Coordinate Rank.
Rank Code
:Forward Voltage(V
F
)Rank (refer to page. 9)
:Chromaticity Coordinate Rank (refer to page. 5~8)
:Luminous Flux(Φ
v
,lm) Rank (refer to page. 3)
2) LOT Number
The Lot number is composed of the following characters
/ 1 / 2,000 PCS
:Production Site (S:SAMSUNG ELECTRONICS,G:GOSIN CHINA)
: L (LED)
:Product State (A:Normality, B:Bulk, C:First Production, R:Reproduction, S:Sample)
:Year (V:2011, W:2012, X:2013...)
:Month (1 ~ 9, A, B)
:Day (1 ~ 9, A, B ~ V)
:SAMSUNG ELECTRONICS LED Product number (1 ~ 999)
:Reel Number (1 ~ 999)
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
Rank Code
AZ
1S1
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
AZ
1S1
http://www.samsungled.com 21 / 46
9. Packing Structure
1) Packing Process
Reel
Aluminum Vinyl Bag
LEVEL
2a
LEVEL
2a
SIDE
Material :Paper(SW3B(B))
TYPE SIZE(mm)
L W H
7inch 245 220 182
CHIP
CHIPCHIP
CHIP LED
LEDLED
LED
H
W
L
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
AZ
1S1
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
AZ
1S1
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
AZ
1S1
we LEVE @— This bag contains 2a MOISTURE SENSITIVE DEVICES LSleifl'einnkdhag 12mmthuL<><9096 relativnhuniiditymfl)="" 2="" pmkthdyummum-e="" 240="" c="" awterthirtmiropmed‘devmmtwillhernbimm="" nilowooldororotoermompersuiremummu="" a,mountedwithin672lmnutimmyoo-rdtiomdeouslto="" nrlasthimsdc/eflflé="" ree:="" nmmdatdmflfl="" 4.devmleqnhebah,wmemmmdn¢,t="" mummy="" [ndimernd="" is=""> 55% when mad nL 2mm in b.23umlmet alrbetirg‘urequireddevmmurthehakedhxlhmnatsuisc Nme‘filiwimummilm-nnmbesuhpmmhkhmpemmmm mmerbekeormouederned,rerereme IPC/J'EDEC J-S'I'Wlar hekepmdemte, Eagmidmadnmt (ibhnk‘seemdehhel) Nae leoelmdbolytmpenmtvymmnm J-s'l'D—flzn (f‘ I $91 Mg °l Q$=li 1111 Ill-E 97] “A E‘sM—E’ilfl fil§§ £15} 7} Him filmilflfivlfl. 7H1 $°||E é‘l $3 #31? ’3 431%:- Z‘lé fl’a‘vblc}. 971$ ’fiflflilfli *fl§% 1! #7] #131141 7H1? $ 4% i'ri‘l 3% IRE {- 330“ 3‘9] 12! $47] ‘4?qu 44%} 1! flr‘: INS 5 ‘M 5"! “11% ‘flE’q i—fi—‘d 94°] “51 it ‘9’" $1 ZI—‘dJFAEfi 5363M ‘Q—H‘M 4‘47} HRNE}. limportaht This Al Zipper bag is designed to protect the enclosed products from moisture and E51]. Once opened. the products should be soldered onto the printed circuit board immediately. When not in use. please do not leave the products unprotected by the A1 Zipper Bag. To repaek unused products, please ensure the zlprloek ls completely sealed wlth the dry pack leit lnslde.
http://www.samsungled.com 22 / 46
2) Aluminum Packing Bag
Silica gel &Humidity Indicator Card in Aluminum Vinyl Bag
SPMWHT541MD5WA 0S1 AZ 1S1 01
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
GLAW94001 / 1001 / 2,000 pcs
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
AZ
1S1
7 \ a no 3:: E E O‘gofl 9W ODE E H 7339‘ EIM‘H ._0 an EH31 ME 2 H HEM/69‘ N53 0: HE R as no a 2: 90 NONE 5+ 3 H‘éfio‘ g3 ; E. 34301 éédEWOt 3 E m: 20 533W“ EQEWO; Q mo AT 9 x: a :HéWU 0H 3. a: g 0‘ 3H Eé °C °C M§8 a EOHH EQEWOt M QWE 0‘5
http://www.samsungled.com 23 / 46
10. Precaution for use
1) For over-current-proof function, customers are recommended to apply resistors to
prevent sudden change of the current caused by slight shift of the voltage.
.
2) This device should not be used in any type of fluid such as water, oil, organic
solvent, etc. When washing is required, IPA is recommended to use.
, , ,
IPA .
3) When the LEDs illuminate, operating current should be decided after considering the
ambient maximum temperature.
LED , .
4) LEDs must be stored in aclean environment.
If the LEDs are to be stored for 3months or more after being shipped from
Samsung Electronics,they should be packed by asealed container with nitrogen gas
injected.(Shelf life of sealed bags: 12 months, temp. ~40 , ~90%RH)
LED ,
3 .
(bag : 12 , ~40 , ~90%RH)
5) After storage bag is open, device subjected to soldering, solder reflow,or other
high temperature processes must be:
Bag ,reflow
.
a. Mounted within 672 hours(28 days) at an assembly line with acondition of no
more than 30 /60%RH,
a. 30 /60%RH 672 (28 ) .
b. Stored at <10%RH.
b. 10% .
6) Repack unused Products with anti-moisture packing, fold to close any opening and
then store in adry place.
,
.
°C 6H 0% if T °CO1W M’J éE ; EWOt 733‘ H\%O\E§ EH3? MI‘OH UH E‘ 7% L} 9: mM AT Ea Ao E 9‘ :5 a o t H fi-fiOHHS‘ 駧 7 x5 04 an 5 ME # 0: HE R E No E 9: mM AT me GE :5 A0 W ,5. 76 W 5% HE E IWE EMEI is E E‘ A: W __o A E } JWOHM 4 a a: 90‘ 2E mM AT .3 E ; D‘s *l o 5 ES; + %7\¥0fl N895 IMHOH EH NS $‘6HH ; E. $95M 5‘2“ EWOt
http://www.samsungled.com 24 / 46
7) Devices require baking before mounting, if humidity card reading is >60% at 23±5 .
23±5 60% , baking .
8) Devices must be baked for 1hour at 65±5 , if baking is required.
baking , 65±5 1 baking .
9) TheLEDs are sensitive to the static electricity and surge. It is recommended to
use awrist band or anti-electrostatic glove when handling the LEDs.
LED ,LED
.
If voltage exceeding the absolute maximum rating is applied to LEDs, it may cause
damage or even destruction to LED devices.
LED ,LED
.
Damaged LEDs may show some unusual characteristics such as increase in leak
current, lowered turn-on voltage, or abnormal lighting of LEDs at low current.
,Turn on ,
.
10) VOCs (volatile organic compounds) may be occurred by adhesives, flux, hardener or
organic additives which is used in luminaires (fixture) and LED silicone bags are
permeable to it. It may lead adiscoloration when LED expose to heat or light.
VOCs( ) , Flux, ,
LED ,
.
This phenomenon can give asignificant loss of light emitted(output) from the
luminaires(fixtures).
.
In order to prevent these problems, we recommend you to know the physical
properties for the materials used in luminaires, It requires to select carefully.
,
.
A7 MEQE % 7+2 3 57:7 27 27 mm NM 37 c 7 9 #7 Me Am i mg 4‘— 919M H o A o: :7. 777 me mm o: o: a}: =2 3 7+2: 2+: 777 .9 m7: 35—913} 3 mo 77 E .5 m4 on a 7“: c 7 @777 is a. 0 $7 37 o7 @ as on a 7“: c 7 :5
http://www.samsungled.com 25 / 46
11) Risk of Sulfurization (or Tarnishing)
The lead frame from Samsung Electronics is aplated package and it may change to
black(or dark colored) when it is exposed to Ag (a), Sulfur (S), Cchlorine (Cl) or other
halogen compound. It requires attention.
Ag( ) Package (S), (Cl),
Ag( ) ( )
.
Sulfide (Sulfurization) of the lead frame may cause achange of degradation intensity,
chromaticity coordinates and it may cause open circuit in extreme cases. It requires
attention.
(Sulfurization) ,
LED (Open) .
Sulfide (Sulfurization) of the lead frame may cause of storage and using with oxidizing
substances together. Therefore, LED is not recommend to use and store with the
below list.
:Rubber, Plain paper, lead solder cream etc.
(Sulfurization) LED
, : , ,
Test Report No. mmILF—crwuuulsz Issued Dar 2012 11.29 Paoe1dfl Y°i smsuue ELEcmoucs cow Lm‘ SanZ4Nonfiseo-chu Wu Vulgin—sl Granada Kama mmmmmwwmamnmfiunmamas 555 F“. “.7 zAVAA1242152 PM»! Nam: :M’ 5630 M Wm Whrh IM ”0le ”07 :N/A WM 2012. II. 23 125(Period 22012.11 20 to 2n!2.11.2a Test Rams V «mamas. please wt blowing my Test Perfumml 565 Km: mu the surplus) seleeum by nptum um calm-nu Iesuhs. Testcommems Bymawmwswkwstmmnwmwamdmfamm imvm-nmmmdmmlyv :6: Korea cu, m. Tummy Jean 3% .linlue Kim J Cindy Pnrk JerryJuwTst‘nng MMICW‘ Lamar '-—‘-— -‘ -:-.-:.-.::.-.:7=-_.:-—~ -:=-..=-_._--‘-.=-.-.:W.:==:.—.=:. .;==;=.:.-rm-a :g.::.._._..=-—._.:.:.__...___. ._ .._..- .— .. mama-own Exams
http://www.samsungled.com 26 / 46
11. Hazard Substance Analysis -SGS
Test Report NO. F6301MILF-CTSAVM1242152 Issued Dan: 2012 II. 25 Page 2 o! 5 5...“. "a :AYM12—42152Dfll Sample Descripfion :MP 5530 Gaul WamI WMe Im [do/Pan Mo. 2 N/A mils I N/A than: Test nuns Unit Test W m Results CamnlMCd) mm mm mummE: 523212008, ICF as 134 Lead (Pb) rm wm Manna: In IE: 523212008, IO? 5 N n. Mammy (Hg) mm mm Manna: In IE: 525212008, IO? 2 N n. HemmchmuntCIVU m WimmuIE: magma wvs I ND. mmtsb) r-u/Iu wmmu EFAMEIZUWO), us EPA Ia ND. momma). ICF Nsmieus) w wmmn 95105211905). us EPA Ia no mmeumo), ICP BemmmIBeI "via Wm m n Eraaofizumi, us EPA 05 ND. momma ICP rut mu um Tu: W In. mums WWW! W wm alumna IE: magma GCMS 5 ND Dummm W wm rEIEvenoeb IE: magma (ac-ms 5 ND 1mm .15; wm mhvenoeb IE: magma sons 5 ND Immam mm wm mlevenoeb IE: magma sons 5 ND nmnm mm wm mlevenoeb IE: magma sens 5 ND Huck-mm mm wm Riemann IE: magma GGMS 5 ND mm mm Wm ”mun: IE: magma SGMS 5 ND cash-mm Ivy/Iva Wm ”mun: IE: magma souls 5 N D MWIM .15.. wm rehveneem IE: magma 5:545 5 ND. Deumphenyl .15.. wm rehveneem IE: magma sews 5 ND. mum-mm m w wm mkveunem IE: magma cams 5 N u. Damnagw emu Why wm mmum IE: magma cams 5 N u. mummy an»: m wm remain IE: magma sons 5 N 0 meam am Why wm rue-mun IE: magma sons 5 N n. Fem-aw mu rg/Iu wm rue-mun IE: magma sons 5 N n. Hem-mm m I'v/lvq wm rue-mun IE: magma sons 5 N 0. NOTE (I) N D. Nat mmed.(
http://www.samsungled.com 27 / 46
Test Report NO. F8801MILF-CTSAVM1242152 1551.5 on: 2012 11, 25 FweG m0 5...”. "a : AYAM 242152.001 Sample Description :MP 5530 (39012 Warm WMe Im NolPan No. : Nv‘A mils I N/A m Ts: nuns um 751 w um Hts-II; Wuml emu mm wm mm In IE: 523212005. (SC-MS 5 ND 0135:5111”an am Wig wan mm In IE: 52:7 5 ND mun-15mm mu Wig wan mm In IE: 52: . 5 N D mummy em WI.“ wm ram 1:: IE: 023212005. [SC-MS 5 MD W 7:51 nuns um 7esI W 1011 was ram-1mm WI.“ as 91145821137. : 30 ND cm mmld] MM as EN 145522107 . : 30 ND quF] WM 55211145522007. : 30 112 oaneIII WM as EN 14552 2007. c 50 N D 2w Tut Imus um Tm w um. mks mmmynin (METI rum DIN 35407-13 6:145 01 N D Dmytm JDE'] mm DIN 35407-13 6:145 01 N D Innmnin (1'57) "IE DIN 35407-13 sons 0 1 N D 31'; mmmm ram) "IE DIN 35407-13 4 arms 01 ND Ythn Fer) mm DIN 35407-13 4 arms a 1 ND 1115mm" (Wm wlra DIN 35407-13 4 arms 01 ND Mmamnmon era DIN 35407-13 sons 91 N D, Doay1iMD01 who DIN 35407-13 sons 01 N D, m 151 nuns um 7:51 W uuL Resuus was {Mm "via us EPA 3540123550: LC‘MS 1 N D S‘llfofliflwmm SHUAM) NOTE (I) N D. NOR deuued,(
http://www.samsungled.com 28 / 46
Test Report No.r¢omn.rcnnvu1uzm name on: 2012 11.22 hands Mmdhnukasm'md: NOE (1)NVD.=Mdn:ded.(
http://www.samsungled.com 29 / 46
Test Repon NO. FmioiILFcTsAV/Muam Issued Dale 201211.28 Pagebda Testing Flow Chart for RoHS:CdIPbIHgICl"/FBBS&PBDES Testing so Cd/Pbng PBBS/PBDES Cf Cr Mecnmic_s.nple Mechanic_5mipiz Mediuiic_5mpie Mecnmic_5nmpie | | | I s-mpie Maui-mm Sunni: ”lemon-alt Sui-pie Mam slunle Men-lament Acid Duration with 50mm Extraction ”°'""""“° ““9“” m Mimwelflomlm 01m: Sunni: I I . , . Svol Test I Boiling I Clean-w m Flol'ilil Adding Emmott Solution Wit: mm“ F [nation Colum I | I I Belling lo mm D' Adding rig”: Ruin“: ConcenlrllionIDiluu'nn '0' ”Wm M We. ' m I MExmionsoimion | n' “W ’ | Filtration and pH Mjuflmenl I 7°“ 9‘09“” Finmion A chl Color mic-m I I Adding 1.5m.) Ienylwblzide W "M000 0' CM for Coioi Devdopmenl I lCP-AESIMSIMS Gcms Confinn I I uv Vi. mm mm: DATA DATA If I DA A DATA The samples were dissdom many by pre—oondhlonlng meme Emma m above "an arm '0! carom. Semi. Chin! mm vi NOTE: [1) N D. = 12) Ma ppm 1:1)an = Memod Daemon um 14) i = No rewlmm I5) Negam = mammals l Fosmve = Deflectable Ia) -- = Qualimive analySIs IND UM) [7) ' = Bmlinq—m-extncnon Negam = Abseme M crvl boating Pnimve = Murine of CM manna; the demand mammn m hallwmla-exlrmm soluhon is emai or gene: man a u: rug/kg 1mm 50 we sampie surlaoe area, Not deleaed.(
http://www.samsungled.com 30 / 46
Test Report No, melLFchAVulzulsz Issued Dal: 2012 ll. 25 Pageaoffi Flaw cnan for Halogen Test s-nple weaning using XRF. Liqll'd com-Ming mmm)? -— Ves Weigh the simple. into the comm-lion hon. Add-(norm 'ohnion intomebovmonm. Mnitozonormmngumdsmmecummion. Dilute me wlution (EPMOO) Alkyd! filling maorption ol the Dam on Analyze Mbed lolmion using loll cumml‘y. DILI ... Em ... (l) N D. = (2) "Ms W“ (3) MDL = W Mam Lynn (4) - = No rewlaicn (5) Megan: = Una-mm Fasnive = W (a) -- = manna“ mm (Ne um) (7) > = BailingdaaheI—exwamn Mann = Absence atom manna Fasmve = Presence 0: crv: coal-lg: the damned manna m hmling—watsr—exlriaion wmnlswumgmmoozmgmnmmwsurluna. Not mm.“le
http://www.samsungled.com 31 / 46
w 55$ ‘ Test Report NO. lem/IJ—CTSAVMIH'AM Issued Dawmwombowmzmz Fun 1 0114 To. sum ELECTRON“ 00.. LTD. San 24. Nonqseodolu Gimum—gu VomiMi‘ Gmmldo Kclaa The mm sample“) wn'wevo ammluod and Idomned Won Doha" ol the clam as:- m MID : MP 530 Gore Wilmwh'h Illa/Pan Nan : WA SGSFIOM : AYM12-42I51 Rte-ma Dam : November 23. 2012 Ten hriod : Novombor 26. 2012 ~ Movombw so. :01: Tool Mom : 565 Korea mud ma samplols) sclmod by applbam will lollaning msms You kwd : waow (M) submm in m CW!!!) L'B‘ of 5mm: 00 Vory Huh (2mm (SVHC) lov authoriznion [)1le by Emn Chemicals My (EOHA) on and bdnrn June 13, 2.112 rimming Roaminn (EC) No IBM/2006 comningnm REACH. filly-Mr (M) submnm in Illa Pmk Cu’sumim List DI plum Submncfi dVfly High Comm (SVHC) mama by European chemicals Agency (ECHA) on smhoroa, 2.112 regarding nogulaxim (Ecl Nu low/zone mmniru cm PEACH. You Iluhod : Please Menu non mots). 1m annual : Plus rd‘av [n mm angels). Slum-Iv : Amending In lho WM scope am mammal willful», comommions ol II SVHC m (0.1% In m ammo masts). 968 Ken: Ca, Ltd 5" “' ’3“ J‘Jfi 4mm J1 Sophil Klm floating Poison .qu .I-ng .r ohmic-I u: If E" ”21:57 ...=-:--—:;.::.~:—'5:..—=.=.-:—'£ mum-us Emma“: rm::.=.1—:.L=:=‘r. ...............=__._.._..._~..._._._.._~.....-.
http://www.samsungled.com 32 / 46
11. Hazard Substance Analysis -SVHC(REACH)
w , 563,, Test Report No. FemomF-cmvulzmsl Isuod Daln: Naambmo. 2012 P2992 at 14 You Molhod: SSS Ill-Hausa mmd- Ahmad by ICP-OES, PLM, WNIS. LCJMS .GC/MS and :ohlimflflc "land Run-vim L Tho :hlntal analysis of spncrnd SVHC 's panama: by man: ol :ummy available ammo: ladln'uns gamma Wm; SIHC mum documents mum by ECHA: WW “WM” "51) (Pmnual is!) 11m ins am um: waluabu by EMA and may subjed no camp in tho nun. 2A In madam with Regulnim (EC) No low/zone, my pmducor a imports! 01 article: shall mliiy ECHA, in mm with mm 2 o'Amcle 7‘ II a submnco moms (he Chloris Ill Anhb W and Is hemmed Ill mm with Anlclo 59(1) 0! mo Regimen I (a) um mm is present In mam ankles In «amides Wm will one mourn Del ploducsl o! immnu DD! your. and ([1)!th stance is Dmom ill those anihs abate amimdomwmwmmmm 3. Allele 33 of Flemlallan (EC) No 19072095 raqulves suppfler 01 an amde corialnlru a “mm mm ms alelia in Miclo 57 and idollfied ill aacoldm win Mich 50(1) in I cancellation abwo OJSHIOUII bywm Mu) wall Wide mo recipient of ma Im'de win mm intonation, alliablo lo the “win, lo alott we use OHM Inklo Inclm. a: a lllllllrlllllll, lhe name oflhal am In lha Came Us. 4. $65 Ideas file Illlerpfmloll 01 ECHA 'nr SVFC In anlda unless minim mhomlso. Dal“ axphlllioll is available ll lilo ”WNW ink' - W100 .comizum. $an roundmumonssescls SVHO r—EMI L d! 5. tea mus il mls ripen an bmd nn momma sample. This mpnn Mars naming vosull d amigos]: nlaerill grow by equal weight Newman. The mullal in oemeompns'na ml grow my comolvun om snide. a. ll a svnc ls famd ammo (awning liml. clin is 5mm u idomlfy ma nanpnmll mam mains mo SVHC and ma um com-math" cl um svuc by ramming funny qumm'va analys's lmm me mommy. Fm: Velllnll s
http://www.samsungled.com 33 / 46
, 565, Test Report No. FMIMJLFCTSAVMINZISI Issuad Dm:Nmmborao,2012 Page 30114 You Maul“) mmmbn nuponing . . summ- II-mo CA5 mm EC mlnbu 191) Lil-111191) mus-mum Akanes. C1013. chlolo (80011 Chain Chlalnamd 85535844 287-4755 ND. 0.05 PBT Pamms) Amman 12042-7 2003714 MB, 0.05 PET Tnxic for Benzyl hum mnalme (ESP) 8553-7 201-5224 MB. 0.05 Mmmn B < max="" mnalaxe="" “35%;?"="" “’9="" 117-:1-7="" 204-211-0="" mb.="" 0.05="" “£30310"="" b'smibwnmoxido="" 55359="" 2002500="" mb.="" 0.05="" pet="" carcinogen="" cuban="" dichbrido‘="" 7305700="" 231-5004="" n.d.="" 0.005="" taxi:="" for="" reproduction="" 4+mmhwmnmm.="" 1111-77-0="" 302-137“="" nd,="" 005="" caminovon="" diarsenic="" penuoxido‘="" 1303-20-2="" 215.11="" 69="" md.="" 0.005="" caminugon="" dim.“="" "md.-="" 1327553="" 2154014="" nd,="" 0.005="" calclnogon="" dibmyi="" win="" (03p)="" 5074-2="" 201-507.;="" n.d,="" 0.05="" nagflgzm="" hnmomocyclommno="" mama":="" (iecdd)="" and="" all="" major="" 5104555="" 247-1454="" dmmmm="" mind="" 1150257507="" and="" 221m!»="" nj),="" 0.0:;="" pet="" (a—hbcdd.="" fhbcdd,="" v-="" 13423750="" .="" 9="" hecdd)=""><><8l calcium="" lead="" hydrogen="" anm’="" 7784-40-0="" 232-0544="" md.="" 0="" 005="" tmlc="" for="" rodroducnon="" (s‘sfium="" diurnm="" calcium="" ium="" mmala.="" 10500.01-9="" wagon="" don/am)="" 0730.12.01="" 2‘“="" “m="" ”-d-="" °'°°5="" toxic="" 1m="" ropmdmlnn="" :wmwmmm‘="" 81-152="" 201-3204="" mb.="" 0.05="" vwe="" t'iolhyi="" ammu‘="" 15505055="" 017-7002="" no,="" 0.005="" carcimgon="" :nszvmms="" mum-nun="">
http://www.samsungled.com 34 / 46
863 Test Report No. memF-cmvuuz-msi [sued Dave: Novembemo. 2012 Pagu 01 u Colloomrlion Roponhg Subnm um CA5 mnbu 50 number m mm m chnmmlon Di-isuhul/l mammal?) 94-605 201-5552 MB. 0.05 Taxi: lw Rspmmuim 2.¢Dim'mm€uom 121 an M45047 N. D. 0.05 Ciminwon Tris(uhlor00(hyl) "59w znums ND. 005 79““ '" "Wm” prsmno Amnramno oil 00640805 292-5021 N. D. 0.05 gigs“; Amhraoeno oil. PET: VWB “mom mm; 01005174 85278-5 MB. 0.05 carcinogen \ffiu. Lms Mmaqon Amnnoano oil. PET: vwn ammom new, 01005152 2952750 N. D. 0.05 Carcinogon ammom (radian Mmeon - PBT' vwn Amhraceno oII. : ammomlm 006408231 292-604—8 N. D. 0.05 0:333:11 - PBT' vwn Amhraceno OII. : mm.“ M 90640-816 292-6an N. D. 0.05 Chafilg‘ogzn le m pinch, PET: van "'0'! “mam“ mourn 2550202 MB. 0.05 Mime.“ Lam sunounmmo yam Carcinoqon (c1. P'umnnl Mow M)‘ ”“4” 2‘5“” "'D' °'°°5 Taxi: In: Rmflim Lam chvollmo mavymm “mime." «Mam rod (CJ. P‘gnem Rod 12656-858 2357500 N.D. 0.005 - - my Tax: In: Rnpvrmmm Lead cinmmata‘ 7758-97-6 51-5450 N. D. 0.005 To“ %"W°“ aim Acmamirb 700901 Ell-”$7 MB. 0.05 Chmfz“ =05: vol-Ion s
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Test Report No. FsoowlLFC‘lSAVMINzIsI lssudDahvma/omoovan. 2|H2 P00050114 500mm Nam CA3 minim :0 m: °°”°f,';'“”" imfifl ammonia" » » 10040350 233-1302 . . Bone am ““3501 234-3434 ND, 0.005 To“: (01 Reproducnon 1330404 Emrggfm°m' 12110003 2155404 N.D, 0.005 Taxi: '0! Rsplcdmian 1300004 Tovabovou dismium . . "mama“. Ivydnla‘ 0251-10! 235541 .3 ND. 0.005 Ton: l0! Roprodumn Tnchlomeflvlww 1001-5 201-1514 ND. 005 Cuc‘moen . Oman" Soaum chroma“; 11150—3 251-0005 ND. 0.005 Mmaoen Tux': cor Raplcdmion 0mm Ammoniwn dchmmm' 1130005 232-1401 ND. 0.005 Mutaoen 1min cor Reproduction 0mm" Potassium dchmmm' 1110509 2500005 No. 0.005 Mmoen 1min I01 Rapmdmion Pmssium chromm' 1100005 2324405 ND, 0.005 cmfi" as: van 5 mung...
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863 Test Report No. FemomF-cmmMia-mn ismed Dave: Novembemo. 2012 P09 0 0114 Communion Roponhg 5110mm Nam (:05 mnbu :0 1111111001 (7.) mm 1%) Chnmlon chllfll) sunny 10124-403 253-5352 N.D. 0.005 To“ mm” aim Cobamlidinivmu‘ 10141-055 25341724 No. 0.005 7910373331010. chIIHI) caibonaln‘ 515-70-1 2001004 N.D. 0.005 “at $353.00. 000011 ll) diacotam' 71 40-7 200 7550 N D o 005 Cucinogon ‘ ' . 1 . Toxic 1w Hepnnmim ZMaxymuml 109-!6-4 203-713-7 N. D. 0.05 Toxic 101 Rowoductim Z-Eniuxydlhlnol 110005 203-004-1 N. D. 0.05 Toxic 107 kuim chmnium Ir'nxha‘ 133502-13 215-507-0 N. D. 0.005 03:33:? Acids gmratod 1mm chromium Irioxido and moir Dimmers: chromic acid 7730005 231-001-5 N D o 005 Carcinoqon Dichmmic acid 15011602 2350015 ' ' ' Ol'uomars cl c1110111'c acid and dmomic acid' 1mhyi-2-mowone 872504 212-3201 N. D. 0.05 Toxic 1M Rwaim zanyml acetzm 111-150 203-0302 ND. 0.05 Taxi: 101 Rmdim 12—09nzemdcamaxy1ic acid. Ems-warned aI
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86$ 1 Test Report No. FoomovLF-cmvuu-mn Ismed Dave: Nwembamo. 2012 Page 7 01 14 CAS Communion Roponhg sum-we Nam nunbol Ec nunbov H Um“ (7.) clan-monk": l2~D¥$hl0WaM 107-052 2024501 ND. 005 Caucinowiic 22‘dcnlom4,4'- , m 11 mm“ H . (MOCA) 101-14-4 202-9100 N D. 0.05 Camlnogonlc 2-Me1mxyanlna . ”mains 0004-0 201-9934 N D. 0.05 Camlnogonlc ”1.1.3.3- Baum-111 141.1 01 taramowunyliphouol. (4 ”0669 mm ND. 005 ”m'flf‘mf' ion-Oclylphonoii “mm Alumirusllcain Rummy 650017-013»: . Ceramic Fiues‘ (ncn (lnda no.) ' "*D- ”“5 “WW" Arsenic acid‘ 7770394 21-001-0 ND. 0.005 Caminogonic BBQ-memayuhyi) mar 11 I-96-G 203-0244 ND. 0.05 Toxic m vomutmion B'slz-momuyahyii mama 117-az-a 20+212-s ND. 0.05 Toxic I07 mmutmion Calcium arsenm‘ 777044-1 21-0045 ND. 0.005 Caminogonic Dic'lromm mcnruuater 24513005 245-3552 ND. 0005 carcinogenic Famakhhyde, oliwnar': reaction pmdum wlh aniline 25214704 5000051 ND. 0.05 carcinogenic nominal MDA) LAM aazido' 13424-459 236-5424 ND. 0005 Toxic I07 mwodmion Load duiam‘ 6477-644 2203352 ND. 0005 Taxi: 101 nonunion LAM mnm‘ 1524544-0 230-2002 ND. 00115 Toxic l0: wpmmction wgemlummdo 127-105 M8284 ND. 0.05 Toxic I07 numb" P l ' on u - - 03mm?“ 4055:0345 25413-0 ND. 0005 Caminnmc PWM 77-000 201-004-7 MB. 0.05 Caminnwuic Pmssum hydmxyoaaa odizimmadlchm "IDS-869 234-3298 N D. 0.005 Camlnogonlc mm' . Caminngmic Tnlead almanac 3587-31-8 222-9705 N D. 0.005 To“ 10: m 1011 Zbooma Alumlmslllcala Rummy Ceramic Hum 121- 533333“ - ND. 0005 carcinogenic RCH' :uzvmn s
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SGS Test Report No. memr-cmvuuqam moamzmamhemm 2012 Page a mu Subunit» Mun- CA5 numb" EC numb" Conunmlon (90 mponlng Lilli! m Chuificuion IZ-hiSQMMyBImwolham (TEGDME; WM“) 11240-2 203-9774! ND. 0.05 Text: lo! vepmdmlon Izdimelhuxyallane;mlaue mo: mum emu! (EGDME) “MI-4 203-79443 ND. 0.05 Text: lo! vepmdmlon Dborou vioxido' I303~86~2 2l5-IZ5—8 ND, 0005 10x3: (or reproducmn Fumlmido 7512-7 man—o ND, 005 10x3: (or reproducmn Loadfll) b's(malhanasunonam)' 17570752 401-7505 ND, 0005 Taxi: (or reproducnon Talon .3.5~llis(axiramlmdhy1]- 1.3.5allsz-2AMI Hausm lIiDM) 2451-62-9 2105”: ND. 005 Mgr-me BJGIC (1.3.5u's[(25 and 2H)- 2.3myprcpyln ,a ,wiazino— 2.4.S-(I H.3H‘5HHri0flOl” seesaw-6 mww NDV I106 Marie M'- b'stdinmlmn’mmzophono m (M'chlers kmno) ale-(275 NDV I105 carcimgetic N,NN'N-.ummmyu.4-. momonedianine [Micnlors ban) IoI-sI-I ale-0502 ND 005 carcinogenic [4—[4.4’-bis(dimlmlamino) gemhydryidonekyclmans blu- ylidonekfinewlemmonium chlorfle (OJ, Basic Viol! 3) 54552-9 mas“ ND, 005 Calcinognn'c [4—[[4—anilinoI-mpmlyl][4- (mnyiaminowmyilmemylen o]qclamxa—2.5dMI-ylidn] airman/[ammonium chloride (CJ. Basic Blue 26) 2530-595 2| 0-9416 N.D, 0,05 Calcinognn'c (Lu-Esk- (mhyiaminomlmyip (Mwlminomaphhabna-I- mdlhallol (C.l, SnNinl Blue 4) 67858“ 229551-13 ND 005 Calcinogenlc 4.4’-bis{dimlhy1:mino)4“- (mamlaminomyl alcohol 56141-1 Mme; N.DV 0,05 Calcinogevic susz vmlon s mun-um:
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,S .. Test Report No. FamomF-cmvuuumi mm Dam: Naomnmo. 2012 Fags e at“ 11- pohmld Sum-mu GAS Damn-mica Rowling - - Subameo um. “um, EC number 13-) um (an) aluminum $3331? ”pm" ‘1‘” "53" ‘5 214.5049 MB. 0.05 VPPBVTB :gmfimmflflm“ menus 2757452 N.D. om vwa Tricmanuomdoaecmic acid 307-551 mszosz N.D. 0.05 vPvfl Hmtosannmmnoic add zany-a 2‘ N 55-4 MD, om VWE :eigmosafhormmob mow 3058034 MD, 0.05 vPvE 441.13.3- tmwlmylmeml, Elm,“ lml 0, °me ' cmm- prams oolanng woldofinod - - MB. 0.05 "MS “MS on m sumac“ and UVCB . ‘ subsumas, poo/men am ”mm“ moons Wmond. branched and linear- 3W5“ val. all‘iamu anhiiov ram 3 y c ‘71 HI a - cam my a! a cavalomy E‘m'“ mg“ bound in posilion 4 m phenol. . . ND. 0.05 émfais on '39 coming also won and mu, . ‘ defined swstancas which “mm” Include any 01 me inalidual iscmor: o! a coluhirflion mam Eluvalnrl lml a! Diazene-I.2-dcamuxunlde .2347 3 mesa-a N D 0 05 cmm- pmhdie (C.C'«azodi(fomwudo)) ' ' ' ' ”mus enacts on hmn heath “Val“ lml al D/claraxIm-LZ-dcalbaxyli: cEgum- prams alflydlido (Homdemhdic 3542-7 EDI-GOLD ND. 005 39m, 9"ch an amydme - HHPA) hm" heath ' "‘ ~==iEE-E‘=‘=:r_ 5m: vmnn s
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868 Test Report No. menmcmvummn lssJBd Dane: Nwemberao, 2012 Pe0e1oo114 CA5 EC Concommlon neponing my...» "'"'° mun» nunhu (so Limil 1y.) c'“"““"°" Huamomomyiphalmlic amp/01109. Malayan-4- 255511500, 247-004.1. mm Ievel 01 Wamaic arm/aids. W355” “WM-‘7‘ N D 0 05 concom~ 0:00am Hgamu-manyipmnalic “HR-Wt 35535544 ' ' ' ssviom oueccs 1m arm/ado. Hualm’o-l 571111.299 2W5$‘ human health metwuamuc arm/01m Toxic lot mmaion aquwaloll Iml d Monoxy acetic acid sense 21000“, ND, 005 2%fl'gmlfi human health and me wimnmom I2-Eellzmeflcarhaxy1': am, moan branched and 64777450 mum-2 ND. 0.05 Taxi: lo! reproduction r Diiscpwlyipnhalfle (DIPP) 005505 2100004 MB. 0.05 Toxic 101 vopvcdmion MmunyLimpomyipnm . - MB. 0.05 1°“ '9' "mm" Iz-Diahaxyahano 62044-1 211-0751 ND. 0.06 Taxi: 101 reproduclion fimfmmflm; 5012-2 2006705 ND. 0.00 “‘19 'M "Wion Dibmymn dIcNoIide (DBT) sen 13-1 211-6700 ND. 0.05 T0“ '°' "Wk?" Acou‘c acid. lead san. basic‘ 51404-694 257-1753 ND. 0.005 7°“ '" "Wm" Ewgfiggf;u§r“ 1310456 2152906 N.D. 0.005 7°“ '" "Wm" 30:19?“ “m" “”5“ ‘9“ 121nm“ 234-0507 N.D. 0.005 Toxic 1m 1001mm [thm‘miam'm G001 1-090 273—6005 N.D. 0.005 7°“: "" "Wm” (allude lead pmnalme)‘
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SGS Test Report No. Fmror.1r-cmvur2-42151 moamzmarrrhem. 2M2 Page rr 0! r4 CA5 Conunmlorr mponlng sub-narrow Narr- "um, EC mlnbov (90 um (99 Chumuflun Dbxuhislsurlomlam‘ 12570-120 25702-0 N.D. 0.005 Taxi: Ior reproduction me acfls, 0151 a. load sahs‘ mar-s24; 202-069 N.D. 0.005 Taxi: Ior reproduction Load bisflwalluolwm)‘ 13514-565 237-4850 N D, 0005 10x3: (or roproducmn Lam o/mamidalo‘ 20037-090 mans N.D. 0.005 Taxi: Ior reprodrrcrlorr Lam dimmla‘ “3000-74-0 2202450 N.D. 0.005 Taxi: Ior veplodmbn Load axido (load monaxido)‘ Ian-3&0 2l5-267—0 ND, 0.005 1““ '°' "9mm“ Lead rorruxuo (orargo lead)‘ 13I4-4I-G 2I5—235—6 N.D. 0.005 Toxic Ior vopvcdmbn Load llanium ln’mido' 12060003 Z3503“ ND, 0.005 Toxic (or ronmdmlion Load Timur: Zirconium Oxido' IZGZE>BI~2 235-7274 ND, 0.005 Taxi: (or reproduction Penman (amide sulphur 1205500-5 mom-7 N.D, 0.005 Taxi: ror roprodrrcriorr 5mm” “MW "w ram-000 242-3024 ND, 0005 Toxic for ropruarrcriorr :3“ mm“ 5'" b" mums 272-2715 ND, 0005 Toxic for mpmdmfion Ski: acid. load saw rrr2022-2 mama ND, 0005 Tnxic for mpmdmlion mugs ““1 '“d 5“" 52220007 233-4674 ND, 0005 Toxic for mpmdmfion Tarmamlnarr 70002 201-0154 ND, 0005 Tnxic for roprodrrcriorr Terraleod name was 12202-174 2453000 ND. 0005 Toxic for ropmdmlion ‘—-..'.'—'~-‘ ~-‘-"—-".x w-wz-m=. m1?=::::r_: =05: vol-Ion s
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SGS ‘ Test Report No. quovLchvuuunn Ismed Dave: Nwembamo. 2012 P099120!“ GAS Conurlmion Roponlng SubI-na Nam “um, Ec nunbov m Lilli] (7.) clan-murky: Trilead diaxue phasphonua' 12141-207 235-252-2 N D. 0.005 Toxic I01 roymduaion Furan "0000 203.7274 M D. 0.05 Camlnogonic Propylene oxide’ 2- carcinogenic wwynrwane; M‘M‘Mm 75560 2110-8792 N D. 0.05 M "i: Diolhyl sulpnau 64-67-5 2905006 N.D. 0.05 cam“ Dimemyl sulpnana 77-78-I 201-0554 N D. 0.05 Camlnagmir. a-amz—momyLz—(a— 14305004— » - mwvbmylH .gmazoioino 2 421-1507 N.D. 0.05 Toxic I07 mmomalon Dinosob 05057 201-06” ND. 0.05 Toxic m vowowction 4.0-maml0mdL000ludino 030.00 0 21 2-658-9 ND. 0.05 Carcinogenic carcinogenic 4.5-0uydianino and its sans 101 410-4 202-0774) N.D. 0.05 Mulawnic Mminwnhonzme: . . +Phemlazoanilim 000M 20045:» ND. 0.05 Gammagomc 4-methytm-pmnyleuodiamino _ - - (2'4‘mmmhj 05—007 202 mi ND. 0.05 carcinogenic smahoxym-Iohhine (puma) ‘2°‘7"“ 204mm ND. 0.05 carcinogenic B'phst-ylamino 02-674 2024774 ND. 0.05 Calcinagonic omlmazomlueno 07-563 202-5012 ND. 0.05 Cauclnogonic aTaIuiu'm: z-Aminaoluano 05—5—4 2024200 ND. 0.05 Caminnwuic N-mmwlacelamiae 70153 201-102-0 N D. 0.05 Taxi: '0: 7000mm I-bvom : . WWW 10504-5 203-4450 N D. 0.05 T010070: vepmdnalon :uzvmn s
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Test Report No. mmmmmvuuuzm I-m om: Noamwao. 2m: Pugs 13 o1 14 um: I. EL: Begonia Lin! 2 ND. = manned (mun-ll RU NA. = Na ”um lo: mpocfivo Milli typo. Tho 1mm anus "5 found") mu singflcanl mm 01 week: dams) d SIHC. Upon funhov M vacuum and in lnlnmubn pruthod tun dam, mo mummy mu m demerits) comm engine from SVHC Bvoly mam], oven mm (harmony-co cannot be 0:me omlrdy. I may be m m In: m aim-uni) me I non-SVHC Mum. 1 Dofinhhn dcluliimn'nn 'I Elm InApmndilAdfllil mum in With Glue/EEC ltd Rsmhloll (EC) No may/zoos. For an inhnnm'm, Dmilaxphniinn is mums :1 mo fdlm'ru ink: (Carma: in) rml wmwslzwmsodrs-un- mammmn 4. am hi mum B band on ma mulaflon ofnlscud damn“! I nmm) am to me was-mm scenario. For dfll'l Math". [his M6! to ma 83$ REACH VINO: “fixing Mmmflm' gm]: The doll ism lo mm IN chembal Innnuulnmo noenaIn ma maul momma mum in the Inbls. HL = 0.005% is wuluhd by damn (i3. cob-IL writ, loud. sotium. mom'un. emu-um), il'con. Ilmlirun. zirooll'un. bum ltd petal" mummy), uncut malyhdwum RL—ans 0.1mm». Lowppm- 1mm 5. “.p-TGIC Is on own [semen m TGIC compound: and hem. Mad months. The manned In: ml ls bred in pmoaod ulio u wording to EC}! My. Mun 0! Sun I- “. linmd: EM 0' Hope“ "‘ =_—_~=__..——;_;:::—i:_.-_=3_:;:—;;:~—-=:=a——- ==~=-‘——*'""~="--— ‘EVMM 5 “ll-0mm In. “wan-aw "Fl-WI: van-ma- scscm mm Mmmsm-‘a
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563 Test Report No. Faeowmr-cmvutumi Luisa Dara: Nutattlhemn, 20I2 Page 14d 14 Apnondix A Mien-ion Definition unbrfitmEEc and Regulation (EC) "0190112006 Carclrtogan WTMN is srnticlent wherce to establish a causal Category 1: associainrt between numan uposure lo a substance and me Magnum or cancer carcinogen Smmncos which inlaid be regarded as il they are carcinogenic to man: Trore is sltficiorrt categoryz: evidence no prmlda a smug pmuraprim that human exposure to a sttbmrico may result in are devekxxnerl cl clamor, Gennrally Dlt Ito bail cl: - appropriare brig-Isn't animal strides - alter mm information: Muhoon Smmncos knoll" to he mmnic to last. more is sulliciont evidence to mabish a cams category I: usmiainrt bemen rrIarIan alumna lo a subsranee am heritabin genetic damage. Muhgnn Simslnuns which shotld be rggldnd I: W mg am mmwnic to man. Turn '5 sllfidnfll categoryz: widnrtco In pro/ids a stmrg presIarIpton trial numan exposue In lhn subaance ml/ mull in the flmkprnem 01 "emails genetic dme. aemraly on the basis of: - abprupriare animal studies - other relovam information. Toxic to Smmrrcas krrwn (e' lmga‘l leniliy II Mars There rs sulriciarrl evidence to eslmlisrr a causal Rnprtductim tolaticrsh'u) mwenn luman Imsllntolhn ammo an impaired Inltillty Categoryl: WWW. There is sullicient eviuenee lo estwlish a causal relationship bow-eon rIlman exposure to rm ammo and stbsequerrt dmlcprnnlul taxi: aliens 'n the prugeny. Taxi: to immune whth fluid be up“ as l thy 'm't lmiliy ill humans. Them '5 SM'E'Dm Ropmducrim widenoe a: provide a strong amnion that human exposure to the substance may resin In Category 2: inpaitnd lnnility oII Ihn basis at: - :Ioal Widnun in animal sluins n'illlpl'nd hm'l'ly in the Ibsnun n! lnxic nllncB. 0t. Widntm d impaired lenflty ouwrriru at around the same dose levels as other toxic enacts burr/rim is not a sncordary nonspecific consequence ollhn Mhnl uni: streets: - aher relevant inlartratlon. immune which Show N tggaldnd as il my nun Mdapmnflml min to humms. Tum is smiciem evidence so prams a strong presmuiort that human exposure to the substance may result in darebpmenrar toxicity, annual] on "In basis or: - deal rnsulls in appvoplhlo animal nuflhs when d‘Incis hat/n bnnlt msnwod in tho Ibsnun 01 signs of marked mammal toxicly. or at around the same dose levels as war tons enacts but which are not a mommy nonspecific cunseuuem at the alter lnxic nllnns. - alter rsievarrt inlumatlon. PBTavWB: Surnames which are persisterl. bbacwtrulame and tone (PET) or very persisterl and very flaacaunulai'un we) pose a particular aria-ergo to urn ctr-nicals safety mamement, For "Taglliymmns I ‘slln' mmhal'lm in II nllll'lolinnm Carma ho nstablishnd will slflbhm re . susz Version 5
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Date No. Revision History Writer
Drawn Approved
2013.2.08 001 New version W.H Jung Y.T KIM
Revision History

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