Sylvania FC2 250W 20000K HSI Discharge Lamp

The Sylvania HSI 250W 20000K FC2 discharge lamp is a professional light source designed for technical applications that require high intensity and superior color rendering. This discharge lamp is the ideal solution for specialized lighting systems in industrial, commercial, and research environments.

High-Intensity Lighting for Technical and Professional Environments

The 250W HSI-TD light source delivers a robust, concentrated light output, perfect for illuminating workspaces where optimal visibility is required. Thanks to its color temperature of 20,000K, this discharge lamp offers a cool, crystal-clear light, ideal for precise visual tasks and applications where color accuracy is critical. The FC2 base ensures compatibility with power supply systems designed for discharge lamps in this category.

Long-lasting performance for permanent, continuous installations

With an estimated average lifespan of 9,000 hours, the lamp’s transformer and control circuit are optimized to ensure long-term reliability. This light source is particularly well-suited for permanent lighting systems in environments where operational continuity is a priority. The compact tubular design facilitates integration into technical lighting fixtures and specialized projection systems.

Applications in industrial, commercial, and research sectors

The HSI 250W lamp is ideally suited for:

• Lighting for laboratories and scientific research environments
• Lighting systems for professional photography and film studios
• Lighting systems in industrial and manufacturing environments
• Technical lighting fixtures for high-visibility commercial spaces
• Specialized lighting systems in hospital and medical settings

Construction Specifications and Technical Compatibility

The light source is built using high-pressure discharge technology, ensuring luminous stability and reliable performance. Its compact diameter and short length allow for use in space-optimized lighting fixtures. The lack of dimmability reflects the nature of discharge technology, which requires dedicated power supplies for proper operation. Energy Class G is consistent with the characteristics of high-power discharge light sources, where luminous efficiency is offset by the intensity and quality of the light produced.