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T Catalogue 2010

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U – LED modules, converters and systems<br />

umodule<br />

Ueos P211-2<br />

ueos<br />

Product description<br />

• General lighting<br />

• Design and effect lighting<br />

• Emergency lighting<br />

• Spotlights<br />

• High-flux LED module<br />

• Narrow colour temperature tolerance band<br />

• Compact design<br />

• Excellent thermal management<br />

• Optional spot lens accessory u lens O211<br />

• Integrated polarity reversal protection<br />

• High-power LED in chip-on-board technology (COB)<br />

• Low thermal resistance R th, j-hs<br />

< 10 K/W<br />

• Attached with premounted thermally conductive adhesive tape<br />

• Connection: Cable 200 mm<br />

• Cooling required<br />

ÊÊ<br />

For product data sheet go to www.tridonic.com,<br />

or available on request<br />

Technical data<br />

Beam characteristic 140°<br />

Ambient temperature ta1 -25 ... +55 °C<br />

tc point 75 °C<br />

È<br />

Product matrix, page 20<br />

Standards, page 20<br />

Colour temperatures and tolerances, page 132<br />

18 ±o,5<br />

Ordering data<br />

Colour Wavelength Type Article number<br />

1 light point per module<br />

Red 620 – 627 nm P211-2 R 89600351<br />

Amber 585 – 592 nm P211-2 A 89600352<br />

Green 520 – 530 nm P211-2 G 89600353<br />

Blue 455 – 465 nm P211-2 B 89600354<br />

Packaging: 20 pieces/carton<br />

Specific technical data<br />

Type Typ. luminous flux 2 Luminous intensity 3 Current DC 4 Power 2<br />

1 light point per module<br />

P211-2 R 27 lm 9.0 cd 350 mA 0.9 W<br />

P211-2 A 22 lm 8.0 cd 350 mA 0.9 W<br />

P211-2 G 59 lm 13.0 cd 350 mA 1.2 W<br />

P211-2 B 13 lm 2.7 cd 350 mA 1.2 W<br />

1 R th, j-hs<br />

= Thermal Resistance (Junction – Heat Sink). Exceeding the max. temperature limits leads to a reduced life or the module can be damaged.<br />

Measuring of the temperature at the tc-point in the thermally stable state.<br />

2 Tolerance range for optical and electrical data: ±15 %.<br />

3 Typical luminous intensity for 0° central view.<br />

4 Exceeding the max. operating current leads to an overload on the ueos module. This may in turn result<br />

in a significant reduction in lifetime or even destruction of the ueos module.<br />

T <strong>Catalogue</strong> <strong>2010</strong><br />

www.tridonic.com 55

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