LED reflector lamp QPAR51, GU10, 6W 2700K 460lm 38°, CRi >90, dimmable, black

Efficient LED HV Reflector Lamp QPAR51

The LED HV reflector lamp QPAR51 from SLV impresses with its low energy consumption of only 6 watts while delivering an output of 450 lumens. With a voltage of 230V and a GU10 base, it is easy to install and offers a long-lasting lighting solution with a lifespan of up to 25,000 hours. The bulb shape QPAR51 and the beam angle of 36° ensure targeted light distribution, ideal for a variety of applications.

Warm white light with excellent color rendering

The lamp produces an extra warm white light with a color temperature of 2700 Kelvin, creating a pleasant and cozy atmosphere. Particularly noteworthy is the high color rendering index of over 90 Ra, which means colors are rendered very naturally and vividly. The color consistency is extremely stable with a MacAdam value of 1.2 SDCM, ensuring that no disturbing color deviations occur when using multiple lamps.

Flexible dimming for individual lighting moods

The dimmable LED reflector lamp supports both leading-edge and trailing-edge dimming methods. This allows the light intensity to be continuously adjusted, enabling a comfortable lighting atmosphere as desired. This flexibility makes the lamp especially versatile and ensures comfort in lighting design.

High-quality materials and compact design

The lamp housing is made of robust polycarbonate (PC) in an elegant black finish, which is not only durable but also aesthetically pleasing. With dimensions of approximately 5 cm in diameter and 5.4 cm in length, the lamp fits many light fixtures. The low weight of only 29 grams also facilitates handling and installation.

Reliability and safety in operation

The LED HV reflector lamp is designed for mains frequencies of 50 to 60 Hz and operates reliably at ambient temperatures between -20 and +40 degrees Celsius. It is rated for up to 25,000 switching cycles, highlighting its longevity. The IP20 protection rating makes it resistant to dust and ensures safe operation within the intended application area.