SI-B8U161560WW - SAMSUNG - Datasheet.Directory

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LT-H564A

SPECIFICATION

Linear Module Gen2, H-series

Model Name LT-H564A

Type 560x40x5.95[mm], 700 mA (23.2V)

Parts No.

SI-B8V161560WW (3000K)

SI-B8U161560WW (3500K)

SI-B8T161560WW (4000K)

SI-B8R161560WW (5000K)

SAMSUNG ELECTRONICS CO,.LTD.

SAN #24 NONGSEO-DONG, GIHEUNG-GU,

YONGIN-SI, GYEONGGI-DO, 446-711, KOREA

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LT-H564A

Revision History

Rev.No Data Page Revision Remark

1.0 June 3, 2013 - The first preliminary specification is

established. Total 12 pages -

1.1 June 12, 2013

-Update LED orientation in all drawings -

5Add min. and max value for "Operating

Voltage" -

1.2 August 15, 2013

1Add parts no. -

5Update Luminous Flux &Vf spec -

6Add color coordinate spec for all CCTs -

7Update drawing including 3way views -

8Update connection guide for parallel and serial

Update connector information -

10 Add circuit schematic -

11 Update CE status completed -

1.5 March 5, 2014 -Change pictures and drawings which are

eliminated NTC part.

-Total 13 pages

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Contents

1Products and Applications 4

2Specification 4

3Structure and Assembly 7

4Approbation 11

5Packing 11

6Precautions In Handling 12

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1. Products and Application

This specification defines general specification and performance for LED Linear module.

Samsung Linear Modules target to replace conventional fluorescent lamps as T5, T8 and so on

with LED solutions. Due to transferring LED, new luminaire transferred to LED can take more

energy saving and longer life-time.

In special, Samsung has competitiveness in middle-power solutions. This module uses

LM561B. Middle power solutions provide more homogeneous and higher efficient lights. Linear

module has been designed to expand length simply and adopt easy connection way.

2. Specification

No. Item Specifications Unit Remark

2-1 Dimension 560.0(L) × 40.0(W) × 5.95(h) mm mm Tolerance:±0.5mm

2-2 Weight 56 g Tolerance:±5.6g

2-3 Rated lifetime 50,000 Hr hour L70B50

@Tc = 65℃

2-4 Ingress Protection N/A - -

2-5 Operating Temperature Tc = - 20 ~ 70 ℃-

2-6 Storage Temperatue Ta = - 35 ~ 85 ℃-

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No. Item Specifications Unit Remark

Sym. Model Min. Nom. Max.

2-7 Luminous flux Φv

3000K 1990 2140 2400

lm @700mA, 23.2V

Tc = 45℃

3500K 2030 2200 2440

4000K 2100 2280 2500

5000K 2160 2320 2600

2-8 Efficiency LPW

3000K - 132 -

lm/W @700mA, 23.2V

Tc = 45℃

3500K - 135 -

4000K - 141 -

5000K - 143 -

2-9 Color consistency -- - 3 - step

MacAdam

@initial time

- - 5 - @10K hrs

2-10 Color Rendering Index CRI - 80 - - Ra -

2-11 CCT -

3000K 2946 3022 3099

K@700mA, 23.2V

Tc = 45℃

3500K 3340 3446 3553

4000K 3859 3984 4109

5000K 4800 5025 5251

2-12 Operating Current Iop - - 700 1200 mA -

2-13 Operating Voltage Vdc - 21.9 23.2 24.9 V @700mA,

Tc = 45℃

2-14 Power Consumption - - 15.3 16.2 17.4 W @700mA,

Tc = 45℃

※Measurement tolerance of luminous flux becomes ± 7% in the value,

measurement tolerance of Vf becomes ±0.3V in the value

and the measurement tolerance of the color coordinates is ± 0.005.

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LT-H564A

[2-15] Color Coordinates

3000 K 3500 K

0.4256 0.4358 0.4428 0.4319

0.3919 0.3954 0.4094 0.4056

0.3993 0.4110 0.4160 0.4040

0.3807 0.3863 0.3993 0.3935

4000 K 5000 K

0.3744 0.3850 0.3890 0.3777

0.3684 0.3745 0.3881 0.3809

0.3383 0.3507 0.3520 0.3392

0.3442 0.3543 0.3675 0.3571

@700mA, 23.2V, Tc = 45℃

※Measurement tolerance of luminous flux becomes ± 7% in the value,

measurement tolerance of Vf becomes ±0.3V in the value

and the measurement tolerance of the color coordinates is ± 0.005.

Grey :DOE

Red :MacAdam 3-step ellipse

Blue :Module Spec

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3. Structure and Assembly

3-1. Appearance

3-2. Drawing &Dimension

Item Specifications

LLength of PCB 560.0 ± 0.5 mm

WWidth of PCB 40.0 ± 0.3 mm

H1 Thickness of PCB 1.6 ± 0.1 mm

H2 Height of PCBA 5.95 ± 0.2 mm

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3-3. Assembly

This module adapts terminal strip connection method to connect between LED modules like as

below.

-Parallel Connection

-Serial Connection

-Connector :Terminal strip type

AWG 24-18

(1) Insert solid conductors via push-in termination.

(2) Insert or remove fine-standard conductors by lightly pressing on push-button.

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3-4. Structure

No. Item Specifications

Module

Assembly

3-1 LED LM561B

:Middle Power LED 64 ea

3-2 PCB Material :Copper, Solder mask and Epoxy

3-3 Connector AWG 24-18

Strip Length 6-7 mm

3-5. Light Distribution

(1) Polar Intensity Diagram :Beam Angle 115 ± 5 [˚]

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3-6. Thermal Management

(1) Tc Point :See the below red mark.

(2) Tc_life : Max temperature to reach 50,000 hours

- Tc=65℃for 50,000 @ 700mA (L70B50)

(3) Tc_max : Max temperature to operate

- Tc_max = 70℃

3-6. Circuit Schematic

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4. Approbation

Item Compliant to Result /Remark

General Eye safety :IEC62471 LM561B LED

Hazardous Substance &

Materials

ROHS Declared

REACH Declared

Certification

IEC 62031:2008

IEC 62471:2008

ENEC

IEC 62031:2008

IEC 62471:2008

UL/cUL E344519

5. Packing

5-1 Dimension &Module Q'ty

(1) Box : 635(L) x 375(W) x 195(h) (Tolerance : ±1.5mm)

(2) Q'ty

- 1 Tray 1Box 1Pallet

Num. of modules 32 128 2304 (18 boxes)

(3) Pallet : 800(L) x 1200(W) x 145(h) mm

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6. Precautions In Handling

1) LED Lighting for white light are devices which are materialized by combining white LEDs.

The color of white light can differ alittle unusually to diffuser plate(sign-board panel).

2) Handling

-Don’t drop the unit and don’t give the unit any shocks.

-Don’t storage the Module in adusty place or room.

-Don’t take the unit to pieces.

3) Cleaning

-This LED Module should not be used in any type of fluid such as oil, organic solvent, etc.

-It is recommended that IPA(Isopropyl Alcohol) be used as asolvent for cleaning the LED

Module.

-When using other solvents, it should be confirmed beforehand whether the solvents will

dissolve the package and the resin or not. Freon solvents should not be used to clean

the LEDs because of worldwide regulations. Do not clean the LED Module by the ultrasonic.

-Before cleaning, apre-test should be done to confirm whether any damage to the LED

Lighting will occur.

4) Static Electricity

-Static electricity or surge voltage damages the LED Lighting.

5) Discoloration

-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.

-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.

6) 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.

-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.

-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.

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7) Others

-If over voltage which exceeds the absolute maximum rating is applied to LED Lighting,

it will cause damage Circuits(that LED is included) and result in destruction.

-Do not directly look into lighted LED with naked eyes for long time.

Samsung-Electronics may make changes to specifications and product descriptions at any

time, without notice.

ⓒ

2014 Samsung Electronics Co., Ltd.

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