ceiling recessed luminaire NUMINOS® GIMBLE L round, suitable for VDU workstation IP20, white, lacquered dimmable

High-Quality LED Recessed Ceiling Spotlight from SLV

The LED recessed ceiling spotlight NUMINOS® GIMBLE L from SLV impresses with its first-class craftsmanship and modern technology. With a power output of 17 watts, it delivers a bright luminous flux of 2500 lumens, providing pleasant and even illumination. Its round shape and simple design make it a versatile lighting solution that harmoniously fits into many interior styles.

Optimal Light Quality for a Pleasant Atmosphere

The spotlight offers a color temperature of 3000 Kelvin, producing warm white light that creates a cozy ambiance. With a high color rendering index (Ra 90-100), colors are displayed particularly naturally and vividly. The beam angle of 55° ensures targeted yet broad light distribution, optimally illuminating rooms.

Flexible Dimming Function and Easy Control

Thanks to dimming functions with DALI, leading edge, and trailing edge phase control, the brightness of the spotlight can be adjusted steplessly. This allows the light to be dimmed as needed to create different moods. The mains-powered LED driver is also replaceable, which simplifies maintenance and extends the product's lifespan.

Practical Technical Details and Dimensions

The installation depth of 11.5 cm and the installation opening diameter of 14.5 cm allow for easy installation. Weighing only 0.606 kg, the spotlight is easy to handle. Protection class 3 and IP20 rating provide reliable protection against contact and foreign objects, while the ambient temperature range from -20 to 40 degrees Celsius ensures stable performance.

Versatile and Ergonomically Designed

The NUMINOS® GIMBLE L spotlight is pivotable and features a wide beam angle ranging from 40 to 80 degrees, allowing flexible light direction. It is specially designed for screen workstations, providing glare-free and comfortable lighting there. The stepless adjustment of luminous flux further optimizes comfort and efficiency in lighting.