LED-TECH.DE EdiPower 10W

Transcription

1 LED-TECH.DE EdiPower 10W

2 Site 2 10W High Power Star LED (warm white) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0734 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: warm white Lumen typ.: 250 mcd More technical Data: ma typ.: 645 ma ma max.: 1290 ma - Emitter structure: 5x4 Chips V typ.: 17.2 V - Junction Temperature: 125 C V max.: 18.3 V - Operating Temperature: -30 C bis +110 C - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

3 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

4 Site 4 10W High Power Star LED (white) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0735 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: white Lumen typ.: 400 mcd More technical Data: ma typ.: 645 ma ma max.: 1290 ma - Emitter structure: 5x4 Chips V typ.: 17.2 V - Junction Temperature: 125 C V max.: 18.3 V - Operating Temperature: -30 C bis +110 C - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

5 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

6 Site 6 10W High Power Star LED (blue) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0736 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: blue Nanometer: 470 More technical Data: Lumen typ.: 120 mcd ma typ.: 645 ma - Emitter structure: 5x4 Chips ma max.: 1290 ma - Junction Temperature: 125 C V typ.: 17.2 V - Operating Temperature: -30 C bis +110 C V max.: 18.3 V - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

7 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

8 Site 8 10W High Power Star LED (green) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0737 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: green Lumen typ.: 250 mcd More technical Data: ma typ.: 645 ma ma max.: 1290 ma - Emitter structure: 5x4 Chips V typ.: 17.2 V - Junction Temperature: 125 C V max.: 18.3 V - Operating Temperature: -30 C bis +110 C - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

9 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

10 Site 10 10W High Power Star LED (red) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0738 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: red Lumen typ.: 250 mcd More technical Data: ma typ.: 645 ma ma max.: 1290 ma - Emitter structure: 5x4 Chips V typ.: 12.1 V - Junction Temperature: 125 C V max.: 13.0 V - Operating Temperature: -30 C bis +110 C - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

11 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

12 Site 12 10W High Power Star LED (yellow) The chip height of only 0.7mm and the total height (incl. the star heat sink) of only 1.2mm makes this new multichip high power LEDs fit into every imaginable application. The light output is enourmous and is equal to about 5 top rank Luxeon LEDs. The most poular advantage is the minimal surface of the LEDs. Only 35mm are enough to make to 20 LED chips fit for example into every MR16 or other housing. Part Number: LT-0739 Many customers may fear thermal problems but a thermal resistance of only 0.8 C per Diameter: 35.0mm watt and additional used heat sink makes ou have a efficiant and space-saving LED Viewing Angle: 120 illuminant. Emitting Color: yellow Lumen typ.: 250 mcd More technical Data: ma typ.: 645 ma ma max.: 1290 ma - Emitter structure: 5x4 Chips V typ.: 12.1 V - Junction Temperature: 125 C V max.: 13.0 V - Operating Temperature: -30 C bis +110 C - Storrage Temperature: -40 C bis +120 C - Substrat Temperature: <100 C (see below) - Thermal Resistance: 0.8 C/Watt (see below) Max. chip junction temperature Max. 150 C, please note relations to the lifetime below (Tj/ C lifetime/h) 150 C = 6.000h 125 C = h 100 C = h 75 C = h 50 C = h 25 C = h Thermal conductivity of the mounted 10W 1. Chip to Substrate (Glue point): 0,8 W/mK 2. Substrate internal: 25 W/mK 3. Substrate to star (Glue point): 0,8 W/mK 4. Star internal (techn. aluminium): 150 W/mK 5. Star to cooler: depentiong on geometry, construction and therm. contact: 0,5-10 W/mK Comparability We have often been asked how much MCD a Luxeon LED may have. This offered LED has the aboce mentioned MCD values at a viewing angle of 10.

13 Application area - Signal installation (traffic lights) - Any kind of ambient lighting - Any kinf of effect lighting - All application where a maximum of light is needed! {warning1}

14 Site 14 Heat Conductive Glue Arctic Silver The Arctic Silver Adhesive heat conductive glue is a two components glue of 62% 65% silver oxide for a high heat conductive coefficient of about 7,5 W/m K. Ideal to connect two objects inseparably. If you want to disconnect two objects later again just intermix the glue with a little heat conductive paste. You have about 3 min. time to change the direction of the objects before it is hardening. Don't burden glued objects for about half a hour. Part Number: LT-0775 Delivery comes including an plastic spattle for mixing the two components. Use a even surface like an old slip of glass for mashing. Technical Data: - Filling: 2x 3.5g - Heat Conductive Value: 7,5W/mK - Operating temperature: -40 C till +150 C

15 Site 15 Imprint LED-TECH.de - The Power Of Light A Candela-Lights Enterprise Main Department Director: Stefan Lenz Neißestrasse 20 D Moers Technical Support & Service Showroom in Moers Phone: (+49) 2841 / Fax: (+49) 2841 / Mobile: (+49) 173 / In face of accurate and constant checking of content the author of these pages does not assume liability for the content of external links or the published content of those websites. The accountable persons are the operaters of these pages themselves. Further we want to point at pictures, graphics and descriptions as well as the pagelayout itself which are all subject to copyright. Every offence will be prosecuted. All mentioned prices are to be understood as gross prices including the value added tax (TAV). All offers are subject to prior sales and without commitment. Delivery times are to be understood from date of receipt of order. Mistakes and changes in prices are always reserved.

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