TERRALUX DR6 - Manual (Page 2)

2
TERRALUX D
R
6 Product Specification – Subject to change without notice
WWW.TERRALUX.COM
10/01/2014
Performance
TERRALUX
D
R
6
Out
of
fixture
Light
engine
only
–
no
diffuser
Color
Temperature
3000K,
3500K
and
4000K
CRI:
Min
[typical]
80
[83]
Light
Output
[lumens]
@
120V
118
(1x18W
CFL
eq.)
950
1430
213
(1x26W,
2x13W
CFL
eq.)
1000
1510
218
(1x32W,
2x18W
CFL
eq.)
1200
1800
142
(42W
CFL
eq.)
1500
2200
226
(2x26W
CFL
eq.)
2000
3000
Power
[Watts]
118
(1x18W
CFL
eq.)
13
213
(1x26W,
2x13W
CFL
eq.)
14
218
(1x32W,
2x18W
CFL
eq.)
17
142
(42W
CFL
eq.)
20
226
(2x26W
CFL
eq.)
26
Efficacy
[lm/W]
@
120V
75
110
Notes:
•
Typical Performance @ 25°C. See Relative Light Output vs Temperature and LEDSense® graphs, page 3, for temperature & Power de-rating.
• All specifications subject to tolerance of ± 10%
• Estimates, will be updated with measurements by third party per IESNA-LM79-08
LEDSense ® Operation, Thermal De-rating and Lumen Maintenance
The D
R
6 employs TERRALUX’s patented LEDSense ® Thermal Management Technology to
automatically provide maximum light output in various fixtures and operating conditions while
assuring long-term lumen maintenance. LED-Sense
® regularly measures the operating temperature
and ensures compliance with a pre-programmed temperature and drive-current profile. This profile
is based on the LED manufacturer’s LM-80 data report and minimum L70@60,000 hour lumen
maintenance curves. LEDSense
® is always active, and will compensate for variation in thermal
conditions due to heatsinking, ambient air, Engine positioning, or any other variable that affects the
operating temperature. The Thermal De-rating curve below identifies the relative light output that
can be expected under various thermal conditions. The LEDSense
® Power Curve identifies the
reduction in input power over temperature.