Osram Cool Blue — Bright Light and Impeccable Style

9 октября, 2021 от arto Выкл

Assortment of the German brand OSRAM has a new generation Cool Blue lamps

Halogen and xenon lamps Coo L Blue® Intense NextGen have an ECE certificate and meet all safety requirements on the roads. Their bright and contrast light perfectly draws a road situation in the dark, allowing even unobistant obstacles and damage to the canvas. It is important that the car itself becomes well distinguishable for other participants in the movement at a high distance.

OSRAM Cool Blue® Intense NEXTGEN halogen lamp with high to 5000 color temperature is designed for vehicles with a 12 V. NEW intensity providing lighting intensity up to 100% more compared to the minimum ECE R112 requirements, while the service life remains the same and corresponds to the characteristics of the lamp Cool Blue® Intense Previous Generation.

To achieve such characteristics, O SRAM engineers applied a number of technical innovations. The most accurate and verified layout of the filament contributes to the most uniform distribution of the light flux. A composition of the gas that is supplied to the flask under high pressure is selected, and the desired effect of a bright white beam of light with a beautiful bluish «toning» is provided by a special gradient coating of the flask with several areas of various colors.

OSRAM Cool Blue® Intense is suitable for most standard headlights with halogen headlamps. The assortment presents the H1, H4, H7, H8, H11, H15, HB3, HB4, HIR2, HIR2 for Middle and Fill Lights, separate models are available for installation in fog lights and DRLs.

OSRAM XENARC® COOL BLUE® INTENSE NEXTGEN COOL BLUE® INTENSE NEXTGEN WITH COLOR TEMPERATURE UP TO 6200 K is suitable for both passenger cars 12 V and for cargo transport with a network on 24 V. The range presents lamps with D1S, D2S, D3S, D4S standards, D4S, D8S and DR2.

These xenon lamps emit crystal white light and provide a significant brightness increase — the lighting intensity is up to 150% more compared to the minimum ECE R98 requirements. The optimal combination of these characteristics and properties allowed such OSRAM technologies as the optimized arrangement of the light arc for the correct and uniform distribution of light, the special composition of the inert gases under high pressure, as well as the adjusted arrangement of the electrodes.