Dragon-X datasheet - Release R.2 · DRAGON-X Datasheet Rev.2 Page 2 of 16 Last printed 10/20/2006...

DRAGON-X Datasheet Rev.2 of 16 Last printed 10/20/2006 4:57:00 PM

DATA SHEET

DRAGON-X DX1 RoHS Compatible

Technical Operating Data Module Characteristics Standard Version Product Color Wavelength (nm) 1 Typical Luminous Typical Category Or Color Temp [K] 1 Flux [lm]/Intensity [cd] 1 Current [mA]

DX1-W2-865 white 6500 K 25 / 8 350

DX1-W2-854 white 5400 K 25 / 8 350

DX1- A1 red 616nm 15 / 5 400

DX1-Y1 yellow 586nm 17 / 6 400

DX1-B1 blue 468nm 8 / 2.5 350

1) All Data are related to the entire module Due to the special conditions of manufacturing processes of LED, the typical data of technical parameters can only reflect statistical figures and do not necessarily correspond to the actual parameters of each single product which could differ from the typical data. Wavelength specified is Dominant Wavelength

Benefits � Featuring High Flux GOLDEN DRAGON

LED on Metal-Core PCB � Thermally managed for almost

immediate application � Secondary Optics Options of 12o, 30 o

and 60 o

Applications � Compact & Portable Light-source � Architectural, Theme, Retail, Interior

Luminaries & Fixture � Safety & Security Signs & Beacon � Special Illumination � Solar Power Signs, Beacon & Lighting


ThinGaN / Thinfilm Version Product Color Wavelength (nm) 1 Typical Luminous Typical Category Or Color Temp [K] 1 Flux [lm]/Intensity [cd] 1 Current [mA]

DX1-W3-865 white 6500 K 45 / 15 350

DX1-W3-854 white 5400 K 45 / 15 350

DX1-W3-7332 white 3300 K 33 / 10 350

DX1- A2 red 616nm 52 / 17 400

DX1-Y2 yellow 589nm 24 / 8 400

DX1-B2 blue 468nm 11 / 3.5 350

DX1-T22 true green 525nm 45 / 15 350

1)

All Data are related to the entire module Due to the special conditions of manufacturing processes of LED, the typical data of technical parameters can only reflect statistical figures and do not necessarily correspond to the actual parameters of each single product which could differ from the typical data. Wavelength specified is Dominant Wavelength

2) Release date TBD


Products Part Number Table

Product Category Radiance Angle / (°°°°)

Color Wavelength 12°°°° 30°°°° 60°°°° 120°°°° 3

- DX1-W2-865-L30 DX1-W2-865-L60 DX1-W2-865 Non Wire

DX1-W3-865-L122 DX1-W3-865-L30

2 DX1-W3-865-L60

2 DX1-W3-865

2 White 6500K

Wired DX1-W3-865-

L12W2

DX1-W3-865-L30W

2

DX1-W3-865-L60W

2

DX1-W3-865-W2

- DX1-W2-854-L30 DX1-W2-854-L60 DX1-W2-854 Non Wire

DX1-W3-854-L122 DX1-W3-854-L30

2 DX1-W3-854-L60

2 DX1-W3-854

2 White 5400K

Wired DX1-W3-854-

L12W2

DX1-W3-854-L30W

2

DX1-W3-854-L60W

2

DX1-W3-854-W2

Non Wire

DX1-W3-733-L122 DX1-W3-733-L30

2 DX1-W3-733-L60

2 DX1-W3-733

2

White 2 3300K

Wired DX1-W3-733-

L12W2

DX1-W3-733-L30W

2

DX1-W3-733-L60W

2

DX1-W3-733-W2

DX1-A1-L12 DX1-A1-L30 DX1-A1-L60 DX1-A1 Non Wire

DX1-A2-L12 DX1-A2-L30 DX1-A2-L60 DX1-A2 Red 617nm

Wired DX1-A2-L12W DX1-A2-L30W DX1-A2-L60W DX1-A2-W

DX1-Y1-L12 DX1-Y1-L30 DX1-Y1-L60 DX1-Y1 Non Wire

DX1-Y2-L12 DX1-Y2-L30 DX1-Y2-L60 DX1-Y2 Yellow 587nm

Wired DX1-Y2-L12W DX1-Y2-L30W DX1-Y2-L60W DX1-Y2-W

DX1-B1-L12 DX1-B1-L30 DX1-B1-L60 DX1-B1 Non Wire

DX1-B2-L12 DX1-B2-L30 DX1-B2-L60 DX1-B2 Blue 470nm

Wired DX1-B2-L12W DX1-B2-L30W DX1-B2-L60W DX1-B2-W

Non-Wire

DX1-T2-L12 DX1-T2-L30 DX1-T2-L60 DX1-T2

True Green 525nm

Wired DX1-T2-L12W DX1-T2-L30W DX1-T2-L60W DX1-T2-W

2) Release date TBD

3) 120

o Dragon-X module has no secondary optics

Note: Dragon-X ‘WIRED’ version comes in fly-wire of 200mm.


Absolute Maximum Rating

White Red Yellow True Green

Blue

DC Forward Current (mA) 500 400 400 500 500

Peak Pulse Current , (mA) t=10µs, D=0.5%, TA =25°C

1500 500 500 1500 1500

Standard

1.4 X

- - - - 500mA ThinGAN 1.3 X - - - -

Standard 1.7 X - - - -

Typical Correlated Luminous Flux multiplier at over-drive (lm)

4

700mA ThinGAN 1.6 X - - - -

ESD (kV) 2 2 2 2 2

Operating Temperature at Tc5

(MCPCB) (°C) -40 to 85 -40 to 85 -40 to 85 -40 to 85 -40 to 85

Storage Temperature (°C) -40 to 90 -40 to 90 -40 to 90 -40 to 90 -40 to 90

Weight

With out lens - 1.6g With 12° lens - 3.5g With 30° lens - 2.5g With 60° lens - 2.0g

4) The typical multiplier is calculated based on OSRAM OPTO statistical data correlation and that the data provided might differ on actual single product. 5) Tc point on DRAGON-X is on the metallic surface and bottom of the metal core circuit board.


Optical Specifications and Performance Radiation Pattern

DRAGON-X 120°°°°

0

0. 2

0. 4

0. 6

0. 8

1

-90 -70 -50 -30 -10 10 30 50 70 90Angular Displacement

Norm

alized Intensity

DRAGON-X 12°°°°

0

0.2

0.4

0.6

0.8

1

-90 -70 -50 -30 -10 10 30 50 70 90

Angular Displacement

Relative Intensity

DRAGON-X 30°°°°

0

0.2

0.4

0.6

0.8

1

-90 -70 -50 -30 -10 10 30 50 70 90


Relative Intensity

DRAGON-X 60°°°°

0

0.2

0.4

0.6

0.8

1

-90 -70 -50 -30 -10 10 30 50 70 90


Relative Intensity


Optical Performance

Product Typical Luminous Intensity for Various Optical

Configuration / (cd)

Color Product Category

12°°°° 30°°°° 60°°°° 120°°°° 3

DX1-W2-865 160 60 17 8 White

DX1-W3-865 300 110 33 15

DX1-W2-854 160 60 17 8 White

DX1-W3-854 300 110 33 15

Warm White DX1-W3-733 200 75 22 10

DX1-A1 150 40 11 5 Red

DX1-A2 510 135 37 17

DX1-Y1 180 45 12 6 Yellow

DX1-Y2 240 60 17 8

DX1-B1 60 15 5 2.5 Blue

DX1-B2 105 28 7 3.5

True Green DX1-T2 450 120 33 15

3) 120

o Dragon-X module has no secondary optics


Mechanical Dimensions A) DRAGON-X without Lens Option

120° Option


B) DRAGON-X With lens Option

12° Lens Option

30° Lens Option


60° Lens Option


Assembly & Handling Information � Soldering connections should only be performed on designated solder pads. During soldering, do not

exceed the maximum soldering time of 5 seconds and maximum soldering temperature of 380’C � The mounting of the module on heat sink on lighting fixtures or luminaires is facilitated by means of M3

screws on the M3 screw hole/slots on the Metal-core circuit board.

� 4 units of M3 screw are recommended for mounting the light-source to enable maximum heat sinking from light-source to heat sink.

� The module should be tight fitted and on good thermal contact with the designed flat metallic mounting

surface. Use of appropriate thermal compound is recommended to enhance heat spreading from light-source to heat sink. Other wise, ensure light-source Tc temperature not exceeding maximum operating temperature of 85 °C.

� To obtain maximum LED lifetime please observe carefully recommended procedures concerning

thermal management on application note on “Lifetime of LED module” before designing and construction of luminaires. This application note is available from our Osram representative.


Ordering Guide

5) EAN – Ordering number for module


5) EAN – Ordering number for module


Packing Information

190mm

68mm

22mm

Tray Box

6 units Dragon-X in Tray

Tray for Dragon-X

DRAGON-X Part No. : DX1-xx-W / DX1-xx-LxxW / DX1-xx-xxx-W / DX1-xx-LxxW


310mm

53mm

21mm

Tray Box


Tray for Dragon-X

DRAGON-X Part No. : DX1-xx / DX1-xx-Lxx / DX1-xx-xxx / DX1-xx-Lxx



Safety Information � The LED module itself and all its components may not be mechanical stressed. � Assembly must not damage or destroy conducting paths on the circuit board.

� Installation of LED modules with (power supplies) needs to be made with regard to all

applicable electrical and safety standards. Only qualified personnel should be allowed to perform installations.

� Correct electrical polarity needs to be observed. Wrong polarity may destroy the

module and will result in no light emission. � Serial connection is highly recommended as safe electrical operation mode. Parallel

connection is not recommended. Unbalanced voltage drop can cause hazardous overload and damage the LED module.

� Please ensure that the power supply is of adequate power to operate the total load.

The maximum of LED per power supplies OT 09/220-240/350 and OT9/10-24/350DIM is 6 LED for white, green and blue. While 9 LED for yellow and red.

� Pay attention to standard ESD precautions when installing the module.

The LED Module incorporates no protection against short circuits, overload or overheating. Therefore it is absolutely necessary to operate the modules with electronically stabilized power supply offering protection against the above mentioned safety risks. For dimming applications attention should be paid to specific references in

“OPTOTRONIC Technical Guide”.

OSRAM OPTOTRONICS power supplies are specifically designed with protection features for safe operation.

When using power supplies other than OPTOTRONICS the following safety features are required, in addition to any other application specific concerns and local safety codes: � Short circuit protection � Overload protection � Overheat protection


� Dimming of the DRAGON-X is possible with pulse width modulation of the

OPTOTRONIC OT 9/10-24/350DIM. Dimming with the regulation of current amplitude may results in color shift.

� The module, as manufactured has no conformal coating and therefore offers no

inherent protection against corrosion. � Damage by corrosion will not be honored as material defect claim. It is the user’s

responsibility to provide suitable protection against corrosive agents such as moisture and condensation and other harmful elements.

Dragon-X datasheet - Release R.2 · DRAGON-X Datasheet Rev.2 Page 2 of 16 Last printed 10/20/2006...

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Transcript of Dragon-X datasheet - Release R.2 · DRAGON-X Datasheet Rev.2 Page 2 of 16 Last printed 10/20/2006...