filament lamp standard LEDCLA100DIMEELA 7,2W 840 FILCLE27S

High-Quality LED Filament Bulb Lamp from Signify

The LED filament bulb lamp CLA100 DIM EELA 7.2W 840 FIL CL E27 S from Signify impresses with its modern LED filament technology. This provides an authentic, warm light reminiscent of classic incandescent bulbs, but with significantly greater energy efficiency. With a power consumption of only 7.2 watts, the lamp delivers the brightness of a conventional 100-watt incandescent bulb, making it a cost-saving and environmentally friendly alternative.

Neutral White Light with Optimal Color Rendering

The lamp emits neutral white light with a color temperature of 4000 Kelvin, ensuring a pleasant and natural illumination. The color rendering index of over 80 Ra guarantees that colors are displayed realistically and vividly. This makes the LED filament bulb ideal when a balanced light color is desired, one that is neither too warm nor too cool.

Practical Dimming Function for Individual Lighting Atmosphere

Another advantage of this light source is its dimmability. With suitable dimmers or control devices, the brightness can be flexibly adjusted to create different lighting moods and further optimize energy consumption. This allows you to softly dim or fully brighten the lighting as needed without compromising on quality.

Easy Handling Thanks to Standard E27 Base

The LED filament lamp features a widely used E27 base, enabling straightforward installation. It fits most common lamp sockets and is therefore very versatile. The clear bulb surface additionally provides an attractive look and makes the LED filaments clearly visible, creating a decorative effect.

Energy Efficiency and Technical Features at a Glance

With an energy efficiency class of A, this LED bulb is particularly economical in consumption and supports sustainable use of resources. The operating voltage is 230 volts at a mains frequency of 50/60 hertz, which meets standard requirements. The protection rating IP20 makes it suitable for many applications, while the bulb surface remains clear and distributes the light optimally.