LED reflector lamp MR16 STAR MR16 50 DIM 940/36° switchable 6,8W 621lm 4000K 36° CRI >90

High-Quality LED NV Reflector Lamp for Efficient Lighting

The LED NV reflector lamp STAR NV-RetroFit RL-MR16 50 940 DIM offers a modern lighting solution with a power consumption of 6.8 watts, equivalent to a conventional 50-watt incandescent bulb. With a luminous flux of 621 lumens, it provides bright and clear light output. The luminous efficacy of 91.32 lumens per watt makes this lamp particularly energy-efficient, saving electricity costs while delivering high light quality.

Optimal Light Color and Color Rendering for a Natural Atmosphere

The lamp emits a neutral white light with a color temperature of 4000 Kelvin, which is pleasant and natural. The high color rendering index (CRI) of over 90 guarantees excellent color reproduction, making colors appear vivid and true to life. This feature is especially important to ensure an authentic and comfortable lighting quality.

Technical Details and Durable Construction

The reflector lamp is equipped with a GU5.3 base and operates at a voltage of 12 volts AC/DC. It has an average lifespan of 25,000 hours and can easily withstand up to 100,000 switching cycles. Made of high-quality glass, it ensures a robust and durable construction, additionally protected against dust with an IP20 rating.

Precise Beam Angle for Targeted Light Distribution

With a beam angle of 36 degrees, the LED lamp offers targeted and even light dispersion. This makes it ideal for accent lighting or focused illumination of specific areas. The dimmable feature allows flexible adjustment of light intensity to create a pleasant and atmospheric environment as needed.

Environmentally Friendly and Safe LED Technology

The LED technology of this reflector lamp contains neither UV nor IR radiation, making it especially environmentally friendly and safe to use. The lamp operates silently at a mains frequency of 0, 50, or 60 Hz and is designed for a temperature range from -20 to +40 °C. This ensures reliable performance under various conditions.