PRINCETON TEC EOS Bike Light

The Eos Bike light takes self-contained battery lighting to the next level! The combination of a Luxeonreg; 1-watt LED and the Princeton Tec-designed optimized lens/collimator maximizes the beam by balancing long-throw with localized lighting. Recognizing that different amounts of light are needed for different riding conditions, Princeton Tec equipped the Eos with three brightness levels and a blinking mode; further ensuring that the Eos will remain at Constant Brightness as long as the batteries have sufficient voltage. The use of high-grade materials ensures durability and strong resistance to water/weather/environment conditions.

FEATURES:

Heatsink Technology
Regulated LED/Constant Brightness
Focused narrow beams for illuminating distant areas
Waterproof to a 1 meter depth for up to 30 minutes
Maxbright LED from Lumileds
LED Optic Collimator for optical efficiency
Multiple light settings to conserve battery power and suit your lighting needs

Heatsink Technology -
Princeton Tec has developed proprietary ultralight heatsinks to protect LED products from overheating. Even though LEDs operate at much lower temperatures than traditional incandescent bulbs, they still generate heat. If this heat is not dissipated, the LED will suffer irreversible damage. By using heatsinks, Princeton Tec lights can burn at extreme brightness levels for long periods of time. The heatsink may be incorporated internally or externally depending on the product and its application.

Regulated LED/Constant Brightness -
Princeton Tec lights that feature regulated LEDs have a sophisticated regulating circuit that maintains initial brightness as long as the batteries have sufficient voltage. Traditional lights are very bright initially, but immediately begin to dim and continue to dim until the batteries are drained. Constant Brightness is a term used to describe products that have regulated LEDs.

Maxbright LED -
The highest quality LED available from Lumileds, Princeton TecÕs Maxbright LED is extremely bright and efficient. This single LED emits a smooth, powerful, white light useful for a wide range of tasks. Princeton Tec uses collimators or reflectors with the Maxbright LED depending upon the application. The Maxbright is offered in one- and three-watt power configurations and advances continue to be made.

LED Optic Collimator -
A collimator gathers all available light from an LED in the form of scattered rays and re-emits the light as parallel rays, making it more optically efficient than a standard reflector. Princeton Tec calibrates each collimator to the type of LED and application of each light. With proprietary optimized collimator/lens systems, Princeton Tec continues to advance LED technology.