The EDISON shape bulbs benefit from a retro design combined with LED technology. This EDISON LED lamp with a 320° light angle can be installed in luminaires with an E27 base. Its power equivalent to 75W will be perfect for an accent lighting and its 2700 Kelvin temperature will bring you a warm light ideal for a relaxing moment.
|Operating life||15000 hrs|
|Dimensions||65 x 64 x 140 mm|
|Colour temperature||2700 K|
|Light colour||Warm white|
|Number of lighting cycles||x 12 500|
|Voltage||230 V~ / 50Hz|
|Dimmer switch compatible||No|
|Factored energy consumption ( in kWh/1000h)||8 kWh / 1000h|
|Shape / Type||ST64|
|Total lumens||1055 lumens|
|Durée de garantie||5 ans|
|Nombre de pièces||1|
This standard Edison LED filament bulb with a large screw base has the following advantages: A recognizable shape: Xanlite LED filament bulbs have the design of your old incandescent bulbs combined with LED technology. They will replace your old bulbs without difficulty. A long life: Equipped with the latest LED technology, these bulbs do not heat up, which allows them to have a long life (up to 15,000h) and saves you from replacing your bulbs every year. Low consumption: LED technology allows you to save energy (up to 90%) to reduce your electricity bill. An adapted luminous temperature: With a light temperature of 2700K, these bulbs offer a warm lighting in your interior. It will be ideal for your moments of relaxation in living rooms and bedrooms. Choose a colour temperature close to daylight (4000K) for offices, corridors and the kitchen or prefer dynamic lighting (6500K) for your bathroom and garage. An ultra efficient diffusion angle: The LED filaments provide a much better diffusion of light than other bulbs thanks to a 320° lighting angle. Attention: this bulb is an electrical category product, do not leave it within reach of children. The technical characteristics of our products are indicative, they may be subject to change following European regulations, technical improvements or technological developments.
Michel P. published the 03/07/2020 following an order made on 04/06/2020