XLamp CXA3070

High lumen output and efficacy from a single, easy-to-use LED array

The XLamp® CXA3070 LED Array delivers high lumen output and high efficacy in a single, easy-to-use package that eliminates the need for reflow soldering. Optimized to simplify designs and lower system cost, the CXA3070 LED Array can deliver system-level performance of 8000 to over 10000 lumens, enabling very high lumen output applications such as high bay and ceramic metal halide replacements.

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Specifications

Variations

Documentation

Specifications

Size 27.35 x 27.35 mm
Product Options High-CRI
Maximum Drive Current (Standard) 2.8 A
Max Power (W) 117 W
Light Output 9000 - 11000 lm
Maximum Efficacy at Binning Conditions (lm/W) 145 lm/W
Light Emitting Surface (LES) 23 mm
Typical Forward Voltage 36.2 V @ 1.9 A
Maximum Reverse Current 0.1 mA
Viewing Angle 115 °
Binning 85°C
ANSI (White)
2- and 4-Step EasyWhite®
Maximum ESD Withstand Voltage 8000 V (HBM per Mil-Std-883D)
RoHS-Compliant Yes
REACh-Compliant Yes
UL-Recognized Yes - Level 4 Enclosure Consideration

Variations

CRI Color Temperature (K)
2700, 3000 3500 4000, 5000
Min 70
Min 80

Documentation

Data Sheet & Ordering Version Last Updated

7A

10 Jul 2017

Product Guides Version Last Updated

19 Nov 2014

Design Files Version Last Updated

Application Notes Version Last Updated

6B

01 Oct 2018

Chemical Compatibility Testing Procedures Video

Download the Application Note and watch this video to learn more about Cree's Chemical Compatibility Testing Procedures

05 Oct 2011

16A

22 Oct 2018

1F

01 Oct 2018

0E

22 Oct 2018

0D

01 Oct 2018

50

05 Nov 2018

25A

01 Oct 2018

0F

01 Oct 2018

1E

01 Oct 2018

1E

01 Oct 2018

5B

23 Oct 2018

2F

01 Oct 2018

3A

01 Oct 2018

3J

01 Oct 2018

Product Ecology Version Last Updated
CXA30XX LEDs REACh 191 Declaration

CXA3050, CXA3070, CXA3590

RE2064082018

01 Nov 2018

CXA30XX LEDs RoHS Declaration

CXA3050, CXA3070, CXA3590

RS2064042018

01 Nov 2018

Sales Terms Version Last Updated

A

22 Aug 2018

C

15 Aug 2018

B

15 Aug 2018

M

28 Jun 2018