LED filament lamp HQL LED FIL V 6000LM 32W 840 E40 E40 32W 6000lm 4000K 360° CRI >80

High-Quality LED Professional Retrofit Lamp with E40 Base

The LED Professional Retrofit HQL LED Filament VALUE lamp from LEDVANCE impresses with its robust E40 base and a power consumption of 32 watts. With an overall length of 20.2 cm, it fits many standard luminaires that require strong and reliable lighting. This LED filament lamp combines classic design with modern LED technology, providing an efficient and long-lasting light source.

Efficient Light Output and Pleasant Light Color

With a luminous flux of 6000 lumens, the lamp produces a bright, neutral white light with a color temperature of 4000 Kelvin. The 360° beam angle ensures even and comprehensive illumination. Thanks to a high color rendering index of over 80 Ra, colors are displayed naturally and clearly, creating a pleasant lighting atmosphere.

Energy Efficient and Durable

The LED filament lamp consumes only 32 kWh per 1000 operating hours, making it very energy-saving. It achieves an impressive luminous efficacy of 187 lumens per watt, representing excellent efficiency. With an average lifespan of 25,000 hours, it significantly reduces maintenance efforts and ensures long-term use without frequent lamp replacements.

Robust Material and Certified Quality

The lamp housing is made of high-quality glass, which ensures clear light output and is durable at the same time. The IP20 protection rating indicates that the lamp is protected against solid foreign objects. The LEDVANCE Professional Retrofit lamp is ENEC-certified and meets high European quality and safety standards, ensuring reliable performance.

Practical Packaging and Versatile Use

The lamp is offered in packaging units of 6 pieces, ideal for larger projects or replacing multiple light sources at once. It is compatible with an operating voltage of 220-240 volts and a mains frequency of 50/60 Hz. With LED filament technology, this product combines energy efficiency, high light quality, and an appealing design in a single light source.