3-phase spot BIMA 2.0 3PH SINGLE QPAR51 1 flame, cardanic, with lamp socket GU10 IP20, black

High-Quality 3-Phase Spotlight from SLV

The 3-phase spotlight BIMA 2.0 3PH SINGLE QPAR51 impresses with its first-class workmanship and modern design in elegant black. Weighing only 0.18 kg, this spotlight is particularly lightweight and easy to install. The combination of aluminum and plastic ensures stability and durability, while the slim design with dimensions of 5.72 x 8.2 x 8.1 cm allows for unobtrusive integration into various environments.

Efficient Performance and Energy-Saving Operation

The spotlight’s power consumption is only 10 watts, making it highly energy-efficient. The operating voltage of 220 to 240 volts and the mains frequency of 50/60 Hz ensure stable and reliable power supply. Thanks to these technical specifications, the spotlight offers optimal light output with low energy consumption, making it a sustainable choice.

Flexible Lighting with GU10 Bulbs

The BIMA 2.0 3PH SINGLE QPAR51 uses GU10 sockets for bulbs, which are not included in the delivery. This socket type is widely used and allows easy selection from a variety of LED and halogen lamps. This enables the lighting to be individually customized according to personal needs and preferences, whether in terms of light color or brightness.

Robust Protection Class and IP Rating

With protection class 2, the spotlight offers increased protection against electric shock through double insulation. The IP20 rating indicates that the product is protected against solid foreign objects larger than 12.5 mm in diameter. These features make the spotlight safe and reliable for everyday use and ensure a long service life without safety risks.

Optimal Integration into Track Systems

As a track spotlight, the BIMA 2.0 is specially designed for use in 3-phase track systems. This allows flexible adjustment of the light beam so that specific areas or objects can be illuminated precisely. Easy installation and the ability to move the spotlight as needed provide maximum freedom in planning and designing the lighting.