LED lamp VALUE PAR16 80 6.9W 840 GU10 -OSRAM 4058075600249

Universal accent lighting with LED PAR16

The OSRAM VALUE PAR16 80 6.9W 840 GU10 LED lamp is an energy-efficient replacement for traditional halogen bulbs, ideal for accent lighting indoors and outdoors (in suitable fixtures). Thanks to its compact size and GU10 base, replacement is simple and does not require modification of the existing installation. This solution is proven both in home and commercial applications – from shops and displays to accent lighting in living spaces.

Characteristics and application

This PAR16 LED lamp offers a luminous flux of 575 lumens with a power consumption of only 6.9W, making it much more efficient than standard halogen bulbs. A color temperature of 4000K (or 3000K depending on the version) provides pleasant, natural light. A high color rendering index (Ra ≥ 80) guarantees faithful color reproduction, which is particularly important in places where aesthetics matter. The glass construction ensures durability and resistance to damage.

• Quick replacement: No need to change wiring – fits standard fixtures with a GU10 thread.
• Long lifespan: Reduces maintenance costs thanks to the long life of the LED light source.
• Safety: No UV or infrared radiation in the light beam – safe for people and objects.
• Instant light: Full brightness immediately after switching on, without warm-up time.
• Versatility: Ideal for accent lighting, shops, homes and outdoor applications (in suitable fixtures).

Design and operating parameters

The lamp is designed with ease of use for professionals and convenience for end-users in mind. The compact glass construction allows it to be adapted to a variety of fixtures. The lack of adjustable light output simplifies installation and ensures stable operating parameters. Energy efficiency class F indicates high efficiency compared to older lighting technologies. The rated voltage of 220-240V ensures compatibility with most electrical installations. A beam angle of 36° allows for precise direction of the light beam onto the illuminated object.