CMH 20W/830 G12 GE ConstantColor Lamp

The CMH 20W/830 G12 discharge lamp is a light source featuring GE Lighting’s ConstantColor technology, designed for professional applications that require high color rendering and energy efficiency. With a G12 base and a compact tubular shape, it is the ideal solution for technical installations and commercial environments.

Technical Lighting and Commercial Environments

This discharge lamp is widely used in stores, showrooms, galleries, and exhibition spaces where light quality is critical. The color temperature of 3000K (warm white) ensures a welcoming atmosphere while maintaining a color rendering index (CRI) above 80, which is essential for showcasing colors and materials. The dedicated ballast ensures stable and reliable operation over time.

Applications in Decorative and Design Lighting

Thanks to its compact dimensions (14.5 mm diameter, 90 mm length), the CMH light source integrates easily into compact fixtures and modular lighting systems. It is particularly well-suited for ceiling lights, adjustable spotlights, and track lighting systems where space is limited but light quality cannot be compromised. The tubular shape ensures uniform light distribution.

Efficiency and Longevity in Environments with Frequent Switching

With an average lifespan of 12,000 hours, this discharge lamp offers a long service life even under heavy use. The luminous flux of 1,650 lm at just 20W ensures remarkable efficiency, reducing energy consumption compared to traditional light sources. Ideal for permanent installations in offices, reception areas, museums, and spaces where consistent lighting is a priority.

Compatibility and Installation

The G12 base is a well-established standard for compact discharge lamps, ensuring compatibility with a wide range of fixtures and specific ballasts. ConstantColor technology maintains stable color characteristics over time, preventing the color shifts typical of other discharge light sources. Always verify the compatibility of the ballast before installation.