Synergy 21 FUT013 LED E14 5W 482lm
Light Bulb

Description

Light Bulbs Synergy 21 FUT013 LED E14 5W 482lm is a high-quality lighting solution designed to enhance any space with its efficient and vibrant illumination. This bulb features the E14 base, offering easy installation and compatibility with various fixtures. With a power output of 5 watts, it delivers an impressive brightness of 482 lumens, providing ample light for everyday tasks or creating a cozy ambiance. The synergy between its advanced LED technology and sleek design results in an energy-efficient and long-lasting lighting option that surpasses traditional bulbs. Whether used in residential or commercial settings, this Light Bulb from Synergy 21 guarantees reliability, durability, and exceptional performance for all your lighting needs.

Specifications

• Mains or non-mains

  MLS

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

  E14

• Dimmable

  YES

• Non-directional or directional

  NDLS

• Energy Class

  F

• On-mode power (W)

  5

• Useful luminous flux (lm)

  482

• Standby power (W)

  0.4

• Flicker metric

  1

• Depth (mm)

  60

• Width (mm)

  60

• Survival factor

  0.1

• Height (mm)

  117

• Model

  FUT013

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

  5

• replacementClaim

  2

• Colour consistency in McAdam ellipses

  2

• Available On Market

  [2018, 1, 11]

• Chromaticity coordinate (x)

  0.313

• Chromaticity coordinate (y)

  0.337

• Displacement factor

  0.1

• Lighting technology used

  LED

• Brand

  Synergy 21

• Colour Rendering Index (CRI)

  80

• Displacement factor

  True

• Lumen maintenance factor

  0.1

• R9 Colour rendering index

  1

• Beam angle correspondence

  SPHERE_360

• Correlated colour temperature (Max) (K)

  6500

• Correlated colour temperature (Min) (K)

  2700

• Max Colour rendering index

  89

• Min Colour rendering index

  80

• correlatedColourTempType

  RANGE

• Stroboscopic effect metric

  2

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

  True