V-TAC 780 LED 10W 800lm
Light Fixture
-
Price:
See offers
See offers →
-
Annual cost of ownership:
-
Report incorrect product information
Where to buy V-TAC 780 LED 10W 800lm
See offers
See offers
See offers
See offers
See offers
See offers
The graph shows the change in the price of a light fixture in United Kingdom by month. The graph shows the minimum, maximum and average price of V-TAC 780 over the last three years for United Kingdom.
Total cost of ownership (TCO)
The estimated cost of ownership for the first year of the V-TAC 780is 1.93 £ for the EC2V, London, ENG.
Description
The Light Fixtures V-TAC 780 LED 10W 800lm are modern and energy-efficient lighting solutions that provide bright and uniform illumination. With a power consumption of only 10 watts, these fixtures produce an impressive light output of 800 lumens, making them ideal for both residential and commercial applications. The sleek design of the fixtures adds a touch of sophistication to any space, while their long lifespan ensures reliable performance for years to come. Install these V-TAC LED light fixtures in your home or office for a stylish and practical lighting solution.
Specifications
-
Brand
V-TAC
-
Model
780
-
Mains or non-mains
MLS
-
Light source cap-type (or other electric interface)
L/N/G Connection
-
Dimmable
NO
-
Non-directional or directional
NDLS
-
Energy Class
G
-
On-mode power (W)
10
-
Useful luminous flux (lm)
800
-
Flicker metric
1
-
Depth (mm)
55
-
Width (mm)
300
-
Survival factor
1
-
Height (mm)
194
-
Energy consumption in on-mode (kWh/1000h)
10
-
Colour consistency in McAdam ellipses
6
-
Available On Market
[2021, 9, 1]
-
Chromaticity coordinate (x)
0.442
-
Chromaticity coordinate (y)
0.398
-
Displacement factor
0.5
-
Lighting technology used
LED
-
Colour Rendering Index (CRI)
80
-
Lumen maintenance factor
0.96
-
R9 Colour rendering index
8
-
Beam angle correspondence
SPHERE_360
-
Correlated colour temperature (Max) (K)
3000
-
Correlated colour temperature (Min) (K)
3000
-
correlatedColourTempType
SINGLE_VALUE
-
Stroboscopic effect metric
0.9