hellum 207200 LED E14 2.5W 250lm
Light Bulb

Description

The Light Bulbs hellum 207200 LED E14 2.5W 250lm is an exceptional lighting solution that combines efficiency and brightness in a compact design. With its E14 base, this bulb can easily fit into various fixtures and lamps, making it versatile for any room or space. Featuring a power consumption of only 2.5 watts, this energy-saving bulb helps reduce electricity costs while still providing ample illumination. Emitting a luminous flux of 250 lumens, it creates a warm and inviting atmosphere wherever it's installed. The advanced LED technology used in this light bulb ensures a long lifespan, saving you from frequent replacements. Whether you need to brighten up your living room or create ambient lighting in the bedroom, the Light Bulbs hellum 207200 LED E14 2.5W 250lm is an ideal choice with its reliable performance and impressive light output.

Specifications

• Mains or non-mains

  MLS

• Light source cap-type (or other electric interface)

  E14

• Dimmable

  NO

• Non-directional or directional

  NDLS

• Energy Class

  F

• On-mode power (W)

  2.5

• Useful luminous flux (lm)

  250

• Flicker metric

  1

• Depth (mm)

  35

• Width (mm)

  35

• Survival factor

  0.9

• Height (mm)

  97

• Model

  207200

• Energy consumption in on-mode (kWh/1000h)

  3

• replacementClaim

  25

• Colour consistency in McAdam ellipses

  6

• Available On Market

  [2018, 1, 2]

• Chromaticity coordinate (x)

  0.458

• Chromaticity coordinate (y)

  0.41

• Displacement factor

  0.61

• Lighting technology used

  LED

• Brand

  hellum

• Colour rendering index

  83

• Lumen maintenance factor

  0.93

• R9 Colour rendering index

  1

• Beam angle correspondence

  SPHERE_360

• Correlated colour temperature (Max) (K)

  2700

• Correlated colour temperature (Min) (K)

  2700

• Max Colour rendering index

  83

• Min Colour rendering index

  78

• correlatedColourTempType

  SINGLE_VALUE

• Stroboscopic effect metric

  0.9

• Claims that an LED light source replaces a fluorescent light source without integrated ballast of a particular wattage

  True