GreenIce HO-ED-B3-E27-9W-W LED E27 9W 810lm
Light Bulb

Description

The Light Bulbs GreenIce HO-ED-B3-E27-9W-W LED E27 9W 810lm is a high-quality lighting solution that combines energy efficiency with exceptional brightness. Designed to fit E27 sockets, this bulb emits a luminous flux of 810 lumens, providing ample illumination for any room or space. Its impressive power output of 9 watts ensures optimal performance while consuming minimal electricity. Featuring the latest LED technology, this light bulb offers a long lifespan and low maintenance requirements. With its green ice hue, it adds a unique touch to your lighting setup, creating an ambient atmosphere that is soothing and visually appealing. Whether used in residential or commercial settings, the Light Bulbs GreenIce HO-ED-B3-E27-9W-W LED E27 9W 810lm guarantees reliable operation and consistent light quality. Upgrade your lighting system with this efficient and stylish bulb today!

Specifications

• Mains or non-mains

  MLS

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

  E27

• Dimmable

  NO

• Non-directional or directional

  NDLS

• Energy Class

  F

• On-mode power (W)

  9

• Useful luminous flux (lm)

  810

• Flicker metric

  0.9

• Depth (mm)

  65

• Width (mm)

  65

• Height (mm)

  140

• equivalentPower

  80

• Model

  HO-ED-B3-E27-9W-W

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

  9

• Colour consistency in McAdam ellipses

  2

• Available On Market

  [2021, 11, 15]

• Chromaticity coordinate (x)

  0.375

• Chromaticity coordinate (y)

  0.376

• Displacement factor

  0.9

• Lighting technology used

  LED

• Brand

  GreenIce

• Claim of equivalent power

  True

• Colour Rendering Index (CRI)

  80

• R9 Colour rendering index

  2

• Beam angle correspondence

  SPHERE_360

• Correlated colour temperature (Max) (K)

  4200

• Correlated colour temperature (Min) (K)

  4200

• Max Colour rendering index

  96

• Min Colour rendering index

  14

• correlatedColourTempType

  SINGLE_VALUE

• Stroboscopic effect metric

  0.9