Litemove RXW-2900 LED Front Light for E-Bikes
The RXW-2900 is the brightest e-bike light for demanding mountain bikers and is StVZO-certified. The optimized light distribution of the RXW-2900 ensures safe illumination while riding. The light is equipped with 12 powerful LEDs and achieves a high light output of up to 2,900 lumens. The integrated automatic light sensor automatically switches between daylight and low beam mode, ensuring optimum visibility. The RXW-2900 model has been designed for maximum performance and features an aluminum construction as well as advanced thermal technology and a high-quality electronic assembly. This ensures excellent heat dissipation and a longer service life, so that the light output remains consistently high throughout the entire operating time. Note: This headlamp can ONLY be charged via a 12 V DC power source (11 V to 16 V). Do not charge via an alternating current source (e.g. a dynamo). Connection to power sources that exceed the voltage limit can damage the headlight. The headlight does not have a switch, but is controlled via the e-bike system. Features of the Litemove RXW-2900 LED e-bike front light: 2900 lumen light output with optimized light distribution ensures safe illumination while riding The integrated automatic light sensor switches automatically between day and night mode The aluminum construction combined with advanced thermal technology ensures a longer service life 12 V (11 V to 16 V) with a power consumption of 17 W IP56 - Protects against high pressure water and dust For 25 km e-bikes/EPAC Technical details: Light output: High beam: 200 lux / 2900 lumen (28 W); 170 lux / 2425 lumen (22 W); 140 lux / 1970 lumen (17 W) Low beam: 140 lux/ 1665 lumen Daylight: 60 lux/ 650 lumen Cable diameter: Power: ø4mm | Switch: ø2.55 Cable length: Power: 1400mm | Switch: 300mm IP protection class: IP56 Operating temperature (°C): -25 to +50 Handlebar mount for ø22.2 mm Scope of delivery: Litemove RXW-2900 LED e-bike front light with handlebar mount bracket and remote switch
