ATMEGA168-20MU_SL044 - ATMEL

—FPC board with a 76mm (3")

bending radius to allow for curved

luminaire design

—Available in two reel lengths

– 28m (91.9ft) and 5.6m (18.4ft)

—Multiple cutting points allow custom-

ers to tailor to desired product length

—Available 93mm (3.7") cutting reso-

lution after the minimum length of

1 SEU of 281mm (11”) is reached

—Zhaga Book 7 mounting hole pattern

—Poke-in style connector to allow for

multiple attachment points through-

out the module length

—Thermally independent requiring no

additional heat sinking

—Fully dimmable

—Long life: greater than 50,000 (L70)

hours minimizing maintenance fre-

quency at operating temperatures

up to 75°C

—5 year system warranty when paired

with OPTOTRONIC® constant current

LED power supplies

The PrevaLED Flex Linear LED offers a high efﬁciency ﬂexible light engine

for use in general lighting luminaires or creative luminaire designs with

curved surfaces, long linear lengths, or unique dimensions. The ﬂexible

printed circuit (FPC) board with 3" bending radius and multiple cut points

simpliﬁes incorporation into luminaires.

The PrevaLED Flex Linear LED light engines are optimally paired with

OPTOTRONIC constant current LED power supplies and such systems

are covered by a 5 year warranty.

Applications

—Cove lighting

—Curved luminaires

—General lighting

—Industrial lighting

—Retail

Application Information

PrevaLED® Flex Linear

Flexible LED light engine

www.osram-americas.com/LED

Product Offering

Length Lumens per ft. Color Temperature

18.4 ft (5.6m), 91.9 ft (28m) 1100 3000, 3500, 4000, 5000K

The OSRAM PrevaLED Flex Linear is UL8750 Recognized for

the US and Canada Class 2 Units (UL File # E320662)

Speciﬁcations and Certiﬁcations

Key Features & Beneﬁts

LED402R2 2-16

Ordering Guide

PFL Z1 – LIN – 1100 – 8 30 – 100 x 281 x 40

Product Zhaga Gen 1 Linear Lumen Package CRI >80 CCT Number of 281mm Size of Smallest Width in mm

PrevaLED® 30 = 3000K modules per 28m reel Electrical Unit (SEU)

Flex Linear 35 = 3500K in mm

40 = 4000K

50 = 5000K

Minimum and Maximum Ratings

Parameter Values

Operating Tc Temperature 75°C (158°F)

Storage Temperature -20 to 85°C (-40 to 176°F)

Minimum Operating Length 1 SEU of 281mm (11")

Power Supply Information

OPTOTRONIC® Compact OPTOTRONIC Linear OPTOTRONIC Linear

Programmable Programmable Step-Dim

OT25W OT40W OT30W OT48W OT50W OTi85 OT30W OT50W

PFLZ1-LIN-1100-8xx-20x281x40 • • • • • • • •

Notes:

Please check power rating (wattage, current and voltage) limitations of driver when connecting module.

For up to 5 SEUs length module can be powered up from either end or middle.

For lengths >5 SEUs up to 8 SEUs, the module needs to be powered from the middle.

For applications requiring more than 8 SEUs, cut the modules at designated cut points and connect directly to the output of the power supply. Ensure the total power drawn by the module is within the power supply limit.

Catalog # Type

Project

Comments

Prepared by

Speciﬁcation Data

Ordering Information

Nominal Max Input Operating LED Initial 281mm/

Item Ordering Wattage Wattage Voltage Current (mA)* Pitch Lumens Dimensions Reel Case

Number Abbreviation (W)* (W) (V) Typical Max. (mm) (lm)* CCT CRI LPW (LxW) Qty. Qty.

73863 PFLZ1-LIN-1100-830-20X281X40 7.2 11 30 245 360 9.3 1100 3000K >80 153 281x40 20 8

73864 PFLZ1-LIN-1100-835-20X281X40 7.2 11 30 245 360 9.3 1100 3500K >80 153 281x40 20 8

73865 PFLZ1-LIN-1100-840-20X281X40 7.2 11 30 245 360 9.3 1100 4000K >80 153 281x40 20 8

73866 PFLZ1-LIN-1100-850-20X281X40 6.5 11 30 224 360 9.3 1100 5000K >80 169 281x40 20 8

73867** PFLZ1-LIN-1100-830-100X281X40 7.2 11 30 245 360 9.3 1100 3000K >80 153 281x40 100 6

73868** PFLZ1-LIN-1100-835-100X281X40 7.2 11 30 245 360 9.3 1100 3500K >80 153 281x40 100 6

73869** PFLZ1-LIN-1100-840-100X281X40 7.2 11 30 245 360 9.3 1100 4000K >80 153 281x40 100 6

73870** PFLZ1-LIN-1100-850-100X281X40 6.5 11 30 224 360 9.3 1100 5000K >80 169 281x40 100 6

* Data refers to 1 Smallest Electrical Unit (SEU) of 281mm (11") length. The LED Modules are designed to have consistent lumen output across all CCTs. Nominal rating at board Tc of 45°C.

** Coming soon.

Assembly Diagram

12,7

LED Pitch: 9,37

1206 Pitch: 93,66

3,90

4,05

9,25

4,68

281

18,40

4,70 7,70

3,90

4 ±0,50

6 x 1,85

±0,2

3 x 1,85

±0,20

33,34

16,67

Slot Pattern Pitch: 93,33

93,67 93,67

Cut line Cut line

Maximum operable length : 1.405m --> 5 x 281mm modules supplied from one end

2.248m --> 8 x 281mm modules supplied from the middle

Wiring Diagram

LED Driver BLUE

RED

Modules up to 5 SEUs in length can be wired from either end.

+LED Driver

BLUE

RED

LED Driver

BLUE

RED

Modules in lengths of >5 SEUs to 8 SEUs need to

be powered from the middle.

LED Driver

BLUE

RED

Modules can also be connected in parallel branches

up to 5 SEUs as long as the load is within the power

supply output rating.

Safety Information

1. The LED module itself and all its components shall not be subjected to mechanical stress and assembly must not damage or destroy conducting paths on

the circuit board.

2. Observe correct electrical polarity, incorrect polarity may destroy the module. (Depending on the product, incorrect polarity may lead to emission of red or

no light.)

3. Ensure the power supply is of adequate power to operate the total load.

4. Electrostatic Discharge (ESD) precautions shall be incorporated when handling or installing the module.

(For more information, reference document # LED093 ESD Protection for LED Systems.)

5. Installation of LED modules shall be made with regard to all applicable electrical and safety standards. Only qualiﬁed personnel should be allowed to

perform installations.

6. Modules may be hot to the touch. Use caution when handling.

7. Damage by corrosion and improper heat sinking will not be honored as a materials defect claim. It is the user’s responsibility to ensure adequate heat sink

and protection against corrosive agents such as moisture, condensation and other harmful elements.

WARNING: ONLY QUALIFIED PERSONNEL SHOULD PERFORM INSTALLATION. TO AVOID ELECTRICAL SHOCK OR COMPONENT DAMAGE, DISCONNECT

POWER BEFORE ATTEMPTING INSTALLATION OF THE POWER SUPPLIES AND/OR MODULES.

Failure to install the power supplies and/or LED modules in accordance with the National Electric Code (NEC), all applicable Federal, State and local electric codes as well

as the speciﬁc Underwriters Laboratories (UL) safety standards for the installation, location and application may cause serious personal injury, death, property

damage and/or product malfunction.

Note: In all cases ensure that output (current, voltage, wattage) is within power supply limitations/spec.

LED Driver BLUE

RED

Modules powered in a series connection is not recommended.

Warranty

OSRAM LED products are covered by our LED Module, OPTOTRONIC® Power Supply or Control warranty.

The PrevaLED® Flex Linear is covered under this warranty as long as the temperature at the Tc point does not exceed 70°C; exceeding this temperature will void all warranties.

For additional information or to download the warranty registration form, refer to the latest version of the warranty (LED089) available in the literature section of www.osram-americas.com.

Module Warranty: 3 years

System Warranty: 5 years

OSRAM, PrevaLED, LED CREATING TOMORROW and OPTOTRONIC are registered trademarks of OSRAM GmbH.

Speciﬁcations subject to change without notice.

Americas Headquarters

OSRAM SYLVANIA Inc.

200 Ballardvale Street

Wilmington, MA 01887 USA

Phone 1-800-LIGHTBULB (1-800-544-4828)

www.osram-americas.com

Assembly Information

1. The PrevaLED Flex Linear LED module needs no supplemental heat sinking when the temperature at Tc point is maintained at or below 75°C.

2. Service life is 60,000 hours/L70 when the Tc temperature is maintained.

3. When the environment is unknown, PrevaLED Flex Linear modules should be installed in luminaires designed to provide proper thermal management to avoid

premature failure of the product and to obtain expected service life.

a. Service life (i.e. lumen depreciation) is primarily a function of LED temperature, which is to be monitored on the circuit board at the designated “Tc Point.”

b. Tc Point temperature measurements should be taken with the modules operating at thermal equilibrium in potential ﬁxture designs installed in an

appropriate environment.

c. Due to variation in ﬁxture designs, there is no exact installation prescription for obtaining an appropriate Tc point temperature.

4. The Smallest Electrical Unit can be removed by cutting with scissors on the designated cut points.

a. Cutting points are clearly marked every 93mm on each module. Cutting can only start at length longer than 281mm. Using less than 281mm is not

approved for UL.

b. Poke-in style connectors are present every 281mm. Power can be applied to any connection along the module length, typically at the end or in the middle

based on application requirement.

c. 18 AWG solid core wire is preferred for connections to driver.

d. The module can be mounted onto a ﬁxture or any metal surface by means of mechanical fasteners (screws, rivets, push-to ﬁx, ﬁxing elements).

Typical assembly requires minimum of three mechanical fasteners per every 2ft length of the module for secure mounting.

If choosing metal screws/fasteners ensure the metal screw head does not go beyond the designated screw area.

5. Parallel connection is highly recommended as safe electrical mode. Serial connection is not recommended. Unbalanced voltage drop can cause hazardous

overload and damage the LED module.

Note: For additional product and installation instructions please see application guide