LAMPADA FLUORESCENTE LINEARE T5 28W/865 OSRAM
The OSRAM T5 28W 865 linear fluorescent lamp is a fluorescent light source designed for professional applications that require high-efficiency daylight-like illumination. With a color temperature of 6500K, it provides a very cool white light that is ideal for demanding work environments.
Technical Lighting for Offices and Professional Spaces
This T5 lamp is the optimal choice for work environments where light quality affects concentration and productivity. Offices, meeting rooms, and administrative spaces benefit from superior color rendering, which faithfully reproduces natural colors. The G5-compatible ballast allows for quick installation in existing ceiling fixtures and luminaires.
Retail and Showrooms: Product Display with Natural Light
In stores and showrooms, the daylight-like light source highlights the details of products on display. The 6500K light simulates natural light, allowing customers to accurately assess colors and finishes. The color rendering index (CRI) of over 80 ensures color accuracy even for color-sensitive items.
Technical Environments and Laboratories: Visual Precision
In laboratories, workshops, and quality control areas, T5 fluorescent lighting provides the level of clarity required for critical visual tasks. The cool color temperature reduces eye strain during prolonged work sessions, while the consistent luminous flux ensures uniformity across work surfaces.
Energy Efficiency and Sustainability
With an energy efficiency class of F and a luminous efficacy of 85 lm/W, this fluorescent lamp strikes a balance between lighting performance and low energy consumption. Its extended average lifespan allows for longer maintenance intervals, reducing operating costs in large-scale lighting systems.
Compatibility and Installation
The standard G5 base makes this light source compatible with most existing ceiling fixtures and linear lighting systems. Dimmability allows the light intensity to be adjusted according to the specific needs of the environment, optimizing visual comfort and energy consumption.