40W 60W CCT Tunable 1919 COB LED
1919 COB, Tunable White, Dual white COB
Moonleds Dynamic Tunable COB series offer a choice of 8, 11, 14, and 17mm LES options. With two independent channels (warm and cool white) to deliver CCTs ranging from 6000K to 2700K or 5600K to 3200K.
Product Features:
Power: 40W 60W
90, 95 CRI typical with two channels.
WW+CW, 2700K/6000K, 3200K/5600K.
High lumen density and robust design
Wide range of LES diameters and lumen outputs
Great color consistency 2 step
High efficiency
Product Application
Industry Standard Size Chip-on-Board package provide utmost flexibility to both indoor and outdoor applications
Premium commercial lighting, Hospitality lighting
Industrial lighting
Residential lighting
Special lighting (horticulture, studio lighting, film & photography lighting)
Great COB LED Chip for down lights, track lights, spot light, flood light, high bay light, low bay light, street light,
solar street light, yard lights, garden lights, underwater lights, lighthouse, par light, projector light, image light, etc
Product Specification
CCT Tunable COB LED Specifications
|
Package
|
CRI
|
CCT
(K)
|
IF
(mA)
|
VF
(V)
|
Power
(W)
|
Efficacy
(lm/w)
|
Max IF
(mA)
|
Product Code
|
|
MN1917
1209
|
90
|
2700
|
600
|
33-38
|
20
|
100-110
|
1350
|
MN-COB19SP1209C27C6040110C
|
|
6000
|
600
|
33-38
|
20
|
110-120
|
|
MN1917
1213
|
90
|
2700
|
900
|
33-38
|
30
|
100-110
|
1950
|
MN-COB19SP1213C27C6060110C
|
|
6000
|
900
|
33-38
|
30
|
105-115
|
Tunable COB (Chip On Board) LEDs are advanced lighting solutions that allow for adjustable color temperature and brightness. These LEDs combine multiple LED chips into a single module, providing uniform and high-quality light output. Users can seamlessly shift from warm to cool light (typically 2700K to 6500K) and dim the brightness to create the desired ambiance. Ideal for residential, commercial, and industrial applications, tunable COB LEDs enhance energy efficiency, support circadian rhythms, and offer versatile lighting options for various tasks and environments, ensuring optimal visual comfort and aesthetic appeal.
