DISCHARGE LAMP CDM-T 150W/930 G12 PHILIPS

The Philips CDM-T 150W/930 G12 discharge lamp is a high-intensity light source designed for professional applications that require excellent color rendering and high luminous flux. With a G12 base, it is the ideal solution for technical and decorative lighting systems in commercial and industrial settings.

Professional Lighting for Commercial and Retail Spaces

This discharge lamp is ideally suited for use in stores, showrooms, and exhibition spaces where light quality is critical. The warm white 3000K color temperature creates a welcoming atmosphere while maintaining excellent color rendering, allowing products on display to appear in their natural hues. The high luminous flux allows for the illumination of large areas with a reduced number of fixtures, optimizing installation costs.

Applications in technical and industrial lighting

The CDM-T light source is particularly well-suited for technical lighting systems in factories, warehouses, and work areas where intense, stable light is required. Superior luminous efficiency reduces energy consumption compared to traditional incandescent lamps, while the extended lifespan minimizes maintenance requirements. The G12 base allows for easy integration into compatible fixtures already present in existing systems.

Lighting for exhibition spaces and museums

Thanks to its high color rendering index, this discharge lamp is ideal for illuminating works of art, museum artifacts, and collections where accurate color reproduction is essential. The warm-neutral color temperature enhances details and textures without altering visual perception, making it perfect for both temporary and permanent installations.

Solutions for Architectural and Design Lighting

The dedicated driver for this light source allows it to be integrated into contemporary design fixtures, ensuring superior light quality. The compact tubular shape facilitates installation in decorative and architectural fixtures, enabling innovative designs without compromising on lighting performance.