2

CLM-DS05 LMR2 Rev 1

Cree, Inc.

4600 Silicon Drive

Durham, NC 27703

USA Tel: +1.919.313.5300

www.cree.com/modules

Copyright © 2011 Cree, Inc. All rights reserved. The information in this document is subject to change without notice. Cree, the Cree logo,

and TrueWhite are registered trademarks, and Cree TrueWhite and the Cree TrueWhite Technology logo are trademarks of Cree, Inc.

Characteristics

The following table provides several base order codes for the Cree LED module LMR2, as well as a description of the

order-code nomenclature.

CCT*

Nominal

Luminous

Flux (lm)

CRI

Input

Power

Input Volt-

age/Freq

Power

Factor

Order Code

4000 K

650

90

11 W

120 V/60 Hz

>.80

LMR020-0650-40F9-10100TW

230 V/50 Hz

>.90

LMR020-0650-40F9-20100TW

3500 K

650

90

11 W

120 V/60 Hz

>.80

LMR020-0650-35F9-10100TW

230 V/50 Hz

>.90

LMR020-0650-35F9-20100TW

3000 K

650

90

11 W

120 V/60 Hz

>.80

LMR020-0650-30F9-10100TW

230 V/50 Hz

>.90

LMR020-0650-30F9-20100TW

2700 K

650

90

11 W

120 V/60 Hz

>.80

LMR020-0650-27F9-10100TW

230 V/50 Hz

>.90

LMR020-0650-27F9-20100TW

* Refer to section below on chromaticity for more details

Note: Cree maintains a tolerance of +/- 7% on flux and power measurements

Thermal Management Guidelines

Acceptable ambient starting and operating temperatures of the Cree LED Module LMR2 are between 0° C and 50° C.

The lifetime and performance estimates described in this document require the T

ment Guidelines section is adhered to and only the modifications described in this document are implemented.

The LED module is flexible; use of the optional heat sink depends on the thermal path options available in your design

requirements. Secondary optics added to the module will reduce the light output and could also alter the color charac-

teristics of the final luminaire design.

The Cree LED module LMR2 is designed to perform in a variety of environments; however, the LED module lifetime is

highly dependent upon the T

ranty, the final design cannot exceed 70° C at thermal equilibrium, based on the thermocouple (T

the Form Factor section below and tested in situ.