Product description Ledvance LED compact fluorescent lamp DULUX L24, 12W, 2G11, 140° - neutral white
Efficiency and elegance for your lighting concept
The LEDvance DULUX L24 LED compact fluorescent lamp is an outstanding lighting solution that combines modern design with high energy efficiency. This 12W, 2G11 lamp with a beam angle of 140° produces a uniform, neutral white light, ideal for a wide range of applications.
This LED lamp is specially designed as a replacement for conventional compact fluorescent lamps in ECG luminaires or for direct operation on mains voltage. Its long service life of up to 30,000 hours makes it a reliable and low-maintenance option for permanent lighting solutions.
A key feature of the DULUX L24 is its single-sided 4-pin 2G11 plug-in base, which enables quick and easy installation. This compact design not only facilitates lamp replacement, but also fits seamlessly into existing lighting systems.
The lamp has an IP20 protection rating, which makes it particularly suitable for indoor areas. It is also mercury-free and therefore contributes to more environmentally friendly lighting. Please note, however, that this lamp is not suitable for operation with conventional ballasts.
Ideal for general lighting in ambient temperatures from -20 to +45 °C, the DULUX L24 meets the highest demands in offices, public facilities, stores as well as in hotels, restaurants and industrial facilities. Its excellent quality of light and energy efficiency make it the first choice for demanding lighting tasks.
The low energy consumption of the DULUX L24 not only saves you money, but also makes a valuable contribution to environmental protection. Their elegant, compact design integrates perfectly into modern interiors and working environments.
Choose the LEDvance DULUX L24 LED compact fluorescent lamp for a lighting solution that is not only efficient and long-lasting, but also meets aesthetic requirements. Make a new lighting statement in your room with a lamp that impresses in terms of efficiency, design and performance.