reflector lamp GU10 DILED PAR16 clear 7,5W 575lm 3000K 36° CRI 95 dimmable

High-Quality LED Reflector Lamp DILED PAR16 with Warm White Light

The LED reflector lamp DILED PAR16 from SIGOR impresses with a warm white light color of 3000 Kelvin, providing a pleasant and atmospheric illumination. With a luminous intensity of 1249 candela and a defined beam angle of 36°, this lamp offers targeted and glare-free lighting. The lamp achieves a luminous flux of 575 lumens and replaces conventional 80-watt incandescent bulbs with significantly lower energy consumption of just 7.5 watts.

Excellent Color Rendering and Long-Lasting Performance

With a color rendering index (CRI) of 95Ra, the DILED PAR16 delivers particularly natural and vivid light that reproduces colors faithfully. The lamp is extremely durable with an average lifespan of 50,000 hours and a high switching endurance of up to 100,000 switching cycles. This makes it ideal for long-term use while simultaneously reducing maintenance and replacement costs.

Innovative Technology for Comfortable Operation

The LED reflector lamp is equipped with an integrated, dimmable LED driver that allows direct connection to a 230V mains voltage. This enables stepless brightness adjustment while maintaining the constant warm white light color even when dimmed. The patented plastic lens combined with the reflector ensures an even and glare-free light distribution that is hardly distinguishable from classic halogen lamps.

Compact Design and Easy Installation

The lamp features the common GU10 base designation and is compactly designed with a diameter of 5 cm and a length of 6.25 cm. Weighing only 102 grams, it is easy to handle and can be quickly installed in suitable fixtures. The reflector lamp is suitable for operation in fixtures with or without protective glass, increasing flexibility in use.

Energy Efficiency and Environmental Friendliness in Focus

The DILED PAR16 consumes only 8 kWh per 1000 operating hours and impresses with a power factor of 0.9, indicating efficient use of electrical energy. The low surface temperature ensures safer operation and reduces heat generation. Additionally, color stability remains constant thanks to a MacAdam ellipse value of under 5 SDCM, so the light remains unchanged throughout its entire lifespan.