GLOBO 56098-1T LED G9 4W 400lm
Light Bulb
-
Price:
See offers
See offers →
-
Annual cost of ownership:
Where to buy GLOBO 56098-1T LED G9 4W 400lm
See offers
See offers
See offers
See offers
See offers
The graph shows the change in the price of a light bulb in United Kingdom by month. The graph shows the minimum, maximum, and average price of GLOBO 56098-1T LED over the last three years for United Kingdom.
Total cost of ownership (TCO)
Information about total cost of ownership.
-
TCO for 1 year
Cost of ownership:1.07£
-
TCO for 3 years
Cost of ownership:3.23£
-
TCO for 5 years
Cost of ownership:5.44£
-
TCO for 10 years
Cost of ownership:11.17£
Description
This GLOBO 56098-1T LED light bulb features a sleek design and powerful performance. With a G9 base, this bulb has a wattage of 4W and emits an impressive 400 lumens of bright, energy-efficient light. Perfect for both residential and commercial use, this light bulb is sure to enhance any space with its long-lasting durability and superior illumination.
Specifications
-
Mains or non-mains
MLS
-
Light source cap-type (or other electric interface)
G9
-
Dimmable
NO
-
Non-directional or directional
NDLS
-
Energy Class
F
-
On-mode power (W)
4
-
Useful luminous flux (lm)
400
-
Standby power (W)
0.2
-
Flicker metric
1
-
Depth (mm)
18
-
Width (mm)
18
-
Survival factor
0.9
-
Height (mm)
55
-
equivalentPower
28
-
Model
56098-1T
-
Energy consumption in on-mode (kWh/1000h)
4
-
replacementClaim
28
-
Colour consistency in McAdam ellipses
6
-
Available On Market
[2014, 7, 2]
-
Chromaticity coordinate (x)
0.44
-
Chromaticity coordinate (y)
0.403
-
Displacement factor
0.9
-
Lighting technology used
LED
-
Brand
GLOBO
-
Claim of equivalent power
True
-
Colour Rendering Index (CRI)
80
-
Lumen maintenance factor
0.94
-
Beam angle correspondence
WIDE_CONE_120
-
Correlated colour temperature (Max) (K)
3000
-
Correlated colour temperature (Min) (K)
3000
-
correlatedColourTempType
SINGLE_VALUE
-
Stroboscopic effect metric
0.4
-
Claims that an LED light source replaces a fluorescent light source without integrated ballast of a particular wattage
True