SL-PGR2W51SBGL - SAMSUNG - Datasheet.Live

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P

r

oduct

Family

Data

Sheet

Re

v.

1.0

2015.

1

2.30

LED Module

Modular Platform Engine Series

T-Type Gen2

SL-PGR2W51SBGL

SL-PGR2W52SBGL

SL-PGR2W57SBGL

Samsung outdoor modules enable flexible modular

design,

providing better solution for outdoor application

Featur

es & Benefits

 High lumen density of 2500 lm

 Seamless combination by modular design

 Lens-type module, that makes fixtures easily designed

 IP66 for durability and robustness

Applications

Outdoor Lighting:

 Roadway

 Street Light

 Parking Lot

 Tunnel Light

2

Table of Contents

1. Product Code Information ----------------------- 3

2. Characteristics ----------------------- 4

3. Structure & Assembly ----------------------- 6

4. Certification & Declaration ----------------------- 12

5. Label Structure ----------------------- 13

6. Packing Structure ----------------------- 15

7. Precautions in Handling & Use ----------------------- 16

3

1. Product Code Information

Light Distribution (Optical

Lens Type)

Nominal CCT

(K) Product Code

Remark

IESNA Type I Short 5000 SL-PGR2W51SBGL

IESNA Type II

Short 5000 SL-PGR2W52SBGL

IESNA Type II

Very Short 5000 SL-PGR2W57SBGL

Other Available

Types:

IESNA Type I

Medium (I)

4000 SL-P7T2W51MBGL

5000 SL-P7R2W51MBGL

IESNA Type II

Medium (I)

4000 SL-P7T2W52MBGL

5000 SL-P7R2W52MBGL

IESNA Type II

Medium (L)

4000 SL-P7T2W57MBGL

5000 SL-P7R2W57MBGL

IESNA Type III

Medium (I)

4000 SL-P7T2W53MBGL

5000 SL-P7R2W53MBGL

IESNA Type III Long

4000 SL-P7T2W53LBGL

5000 SL-P7R2W53LBGL

IESNA Type IV

Medium (I)

4000 SL-P7T2W54MBGL

5000 SL-P7R2W54MBGL

IESNA Type V

Short (I)

4000 SL-P7T2W55SBGL

5000 SL-P7R2W55SBGL

Beam Angle 85°

4000 SL-P7T2W585BGL

5000 SL-P7R2W585BGL

Notes:

1) (I) : optimized for Illuminance uniformity

2) (L) : optimized for Luminance uniformity

3) Luminous flux of IESNA Type IV Medium (I) type is lower than other types

4

2. Characteristics

a) Maximum Rating

Item Rating Unit Remark

Rated Lifetime >50,000 hour L80B50 @ tp, 50 = 105 ºC

Ingress Protection (IP) IP66 - For Damp Location (UL marking)

Operating Temperature (Tc) 10 ~ 92 ºC

Storage Temperature (Ta) -30 ~ +70 ºC

ESD ±8 kV (contact) / ±15 kV (air) kV

Working Voltage for Insulation 50 V

※ Ta : Ambient Temperature

b) Electro-optical Characteristics (IF = 700 mA, tp = 58 °C)

Item Unit Nom. CCT

(K) Min. Typ. Max. Remark

Luminous Flux (Φv) lm 5000 2300 2500 -

Luminous Efficacy lm/W 5000 - 119 -

CCT K 5000 4700 5000 5300

Color Rendering Index (Ra) - 76

Operating Current (IF) mA - 700 1000

per module

Operating Voltage (VF) Vdc 26 30.0 33.0

Power Consumption (P) W - 21 25 @ 30 V, 700mA in a module

Notes:

1) TC: Case temperature, measured at “Tc point” and at the rated typical DC current

2) Samsung maintains measurement tolerance of

: luminous flux = ±7 %, CRI = ±1, voltage = ±5%, CCT = ±5%, Current = ±5%

3) The maximum operating current means the highest limit in any operating condition

4) Voltage difference between modules is tightly controlled to be less than 1.0 V so that the maximum current of any module can be limited close to the value

stated on above table (voltage bin of the module is printed at the labels on each module and on outer box)

5) The power consumption for a specific module is dependent on the operating voltage distribution across the modules in parallel connection

5

3. Structure & Assembly

a) Appearance

[SL-PGR2W51SBGL]

[SL-PGR2W52SBGL]

6

Note:

The appearance will be different for various optical solutions depending on the combination of the available core lenses.

Critical dimensions are the same for all optical solutions, except for thickness difference at the core lens cross-section.

[SL-PGR2W57SBGL]

7

b) Dimension

Model Dimension Specification Tolerance Unit Remark

SL-PGR2W51SBWW

Module Length 150 ±0.5 mm

IESNA Type I

Short

Module Width 60 ±0.5 mm

Module Height 43.4 ±0.5 mm

PCB Thickness 1.2 ±0.12 mm

Module Weight 295 ±20 g

SL-PGR2W52SBWW

Module Length 150 ±0.5 mm

IESNA Type II

Short

Module Width 60 ±0.5 mm

Module Height 43.7 ±0.5 mm

PCB Thickness 1.2 ±0.12 mm

Module Weight 295 ±20 g

SL-PGR2W57SBWW

Module Length 150 ±0.5 mm

IESNA Type II

Very Short

Module Width 60 ±0.5 mm

Module Height 43.2 ±0.5 mm

PCB Thickness 1.2 ±0.12 mm

Module Weight 295 ±20 g

8

c) Structure

[SL-PGR2W51SBGL]

No.

Parts Specifications

1. Lens cover screws

(8 pcs)

Material: Stainless steel with teflon washer

Location: Between array lens cover and base plate heat sink

. Array lens cover

Lens type: IESNA Type I Short

Material: Polycarbonate

Thickness: 2.0 mm

UL-94 Flammability: V-2

3. Rubber seal Material: Molded silicone

4. LED board

LED: LH351B Ceramic high flux rank (10 pcs)

Material: MC-PCB, aluminum

Thickness: 1.2 mm

Screws: Stainless steel (3 pcs)

5. Side inlet harness

Material: Molded PVC coated with silicone sealant, 105 °C rating

Wires: 24 AWG, 105 °C rating, without end connector

Length (wires): 550 mm

6. Thermal pad Between PCB and base plate heat sink

7. Base plate heat sink Material: Extrusion aluminum

[SL-PGR2W52SBGL]

No.

Parts Specifications

1. Lens cover screws

(8 pcs)

Material: Stainless steel with teflon washer

Location: Between array lens cover and base plate heat sink

. Array lens cover

Lens type : IESNA Type II Short

Material: Polycarbonate

Thickness: 2.0 mm

UL-94 Flammability: V-2

3. Rubber seal Material: Molded silicone

4. LED board

LED: LH351B Ceramic high flux rank (10 pcs)

Material: MC-PCB, aluminum

Thickness: 1.2 mm

Screws: Stainless steel (3 pcs)

5. Side inlet harness

Material: Molded PVC coated with silicone sealant, 105 °C rating

Wires: 24 AWG, 105 °C rating, without end connector

Length (wires): 550 mm

6. Thermal pad Between PCB and base plate heat sink

7. Base plate heat sink Material: Extrusion aluminum

9

[SL-PGR2W57SBGL]

No.

Parts Specifications

1. Lens cover screws

(8 pcs)

Material: Stainless steel with teflon washer

Location: Between array lens cover and base plate heat sink

. Array lens cover

Lens type : IESNA Type II Very Short

Material: Polycarbonate

Thickness: 2.0 mm

UL-94 Flammability: V-2

3. Rubber seal Material: Molded silicone

4. LED board

LED: LH351B Ceramic high flux rank (10 pcs)

Material: MC-PCB, aluminum

Thickness: 1.2 mm

Screws: Stainless steel (3 pcs)

5. Side inlet harness

Material: Molded PVC coated with silicone sealant, 105 °C rating

Wires: 24 AWG, 105 °C rating, without end connector

Length (wires): 550 mm

6. Thermal pad Between PCB and base plate heat sink

7. Base plate heat sink Material: Extrusion aluminum

10

d) Light Distribution

IESNA Type I Short Lens Type

IESNA Type II Short Lens Type

IESNA Type II Very Short Lens Type

11

e) Thermal Management

Performance temperatures are measured on “Tc point” as indicated below (located at long side-center of the Module):

g) Schematic Circuit

4. Certification & Declaration

Item Compliant to Remark

Declaration RoHS Hazardous Substance & Material

Certification

UL

CE DoC No. : DOC13-SW001-1601M01

※Tc : case temperature

Tc Point

12

5. Label Structure

a) LED Board Label

Number Item Description

①

Model Number (Product Code) Refer to page 3

②

SMT Date Code -

③

SMT Line -

④

Serial Number 00001 ~ 99999

⑤

LED Binning Code -

⑥

CCT 5000 K

⑦

LED Maker S : Samsung

⑧

Tc max 92℃

b) Module Label

Number Item Description

①

Model Number (Product Code) Refer to page 3

②

Production Date Code -

③

Manufacturing Location KO (Country / Korea) + INC (Factory)

④

Vf Binning Code -

⑤

Luminous Flux -

⑥

Operating Wattage -

①

②

③④

⑤

SL-PGR2W5xxBGL

150827

10000937

5000K-S

Tc max : 92℃

②

③④⑤

⑥

⑧

①

⑦

SL-PGR2W5xxBGL

150827

KOINC V4

2500lm / 21.8W ⑥

13

c) Outer Box Label

Number Item Description

①

Model Number (Product Code) Refer to page 3

②

Lot No. Factory Code (2) + Production Date (4) + Serial No. (4) + Suffix (2)

③

Packing Quantity 12 pc

④

Production Date (year.month.date) yyyy.mm.dd

⑤

Country of Origin KOREA

⑥

Vf Binning Code -

⑦

Eye Safety Label IEC62741 Risk Group 2

①

② ③

④

⑤ ⑥

⑦

14

6. Packing Structure

Packing Process

Step 1: 6 Modules of the same voltage bin are placed inside one inner box:

Step 2: Two stacks of inner boxes (totaling 12 Modules, all having same voltage bin) are placed inside one outer box:

Step 3: 32 boxes (384 modules) are placed on one pallet:

Packing Quantity (modules)

Dimension (mm)

Length Width Height Tolerance

Inner Box 6 400 227 83 ±3

Outer Box 12 (2 inner boxes) 419 240 171 ±5

Pallet 384 (32 outer boxes) 1000 1000 130 ±10

15

7. Precautions in Handling & Use

7.1. The LED Lighting Modules for white light are devices which are materialized by combining white LEDs. The color of white light

can differ a little unusually to diffuser plate (sign-board panel). Also when the LEDs are illuminating, operating current should be

decided after considering the ambient maximum temperature.

7.2. Handling

To prevent the LED Lighting Modules from making any defectives, please handle the LED Lighting modules with care as follows.

(1) Don’t drop the unit and don’t give the unit any shocks.

(2) Don’t bend the PCB and don’t touch the LED Resin.

(3) Don’t storage the Module in a dusty place or room.

(4) Don’t take the product apart.

(5) Don’t touch the LED and also PCB and other circuit parts of Module with your naked fingers or sharpness things.

(6) Take care so that do not pull wire with hand in case of carries or moves LED Lighting Modules.

(7) *VOCs can be generated from adhesives, flux, hardener or organic additives used in luminaires. This phenomenon can cause a

significant loss of light emitted from the luminaires. In order to prevent these problems, we recommend users to know the

physical properties of the materials used in luminaires, and they must be selected carefully.

(*VOCs: Volatile Organic Compounds)

7.3. Cleaning

The LED Lighting Modules should not be used in any type of fluid such as water, oil, organic solvent, etc.

It is recommended that IPA (Isopropyl Alcohol) be used as a solvent for cleaning the LED Lighting Modules.

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 Lighting Modules by

the ultrasonic. Before cleaning, a pre-test should be done to confirm whether any damage to the LED Lighting modules will occur.

7.4. Static Electricity

Static electricity or surge voltage damages the LED Lighting Modules. Please keep the working process anti-static electricity

condition to prevent the Lighting from destroying, as following.

(1) Anyone who handles the unit should be well grounded.(earth ring or anti-static glove)

(2) Anyone who handles the unit should wear anti-electrostatic working clothes.

(3) All kinds of device and instruments, such as working table, measuring instruments and assembly jigs in your production lines

should be well grounded.

7.5. Storage

The LED Lighting Modules must be stored to insert a package of a moisture absorbent material(silica gel) in a box.

7.6. Others

If over voltage which exceeds the absolute maximum rating is applied to LED Lighting Modules.

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

Do not directly look into lighted LED with naked eyes.

Please use this product within 5 months, which is kept in its original packaging unopened when stocked.

Legal and additional information.

About Samsung Electronics Co., Ltd.

Samsung Electronics Co., Ltd. is a

global leader in technology,

opening new possibilities for people

everywhere. Through relentless

innovation and discovery, we are

transforming the worlds of

TVs, smartphones, tablets, PCs,

cameras, home appliances, printers,

LTE systems, medical devices,

semiconductors and LED solutions.

We employ 286,000 people across

80 countries with annual sales of

US$216.7 billion. To discover more,

please visit www.samsungled.com.

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.

Samsung Electronics Co., Ltd.

95, Samsung 2-ro

Giheung-gu

Yongin-si, Gyeonggi-do, 446-711

KOREA

www.samsungled.com