Convenient Emergency Lighting with High Efficiency Design

This LED emergency Downlight series integrates multiple advantages such as flexibility and convenience, high efficiency and precision, enhanced safety, energy conservation and power saving, easy installation and maintenance, making it a reliable choice for emergency lighting in both commercial and residential Spaces.

 

In terms of performance, the series offers multiple brightness options ranging from 70lm to 400lm, suitable for emergency response times of 1 hour or 3 hours. It is powered by Ni-Cd batteries and features both symmetrical and asymmetrical beam angles, allowing for precise adjustment of the light coverage range based on space requirements. For instance, for small areas, 70lm brightness models can be selected, while for large public places, 300lm and 400lm high-brightness models are suitable to ensure that there are no blind spots in emergency lighting.

 

The design demonstrates extremely strong flexibility and convenience. The uniform size of Ø84×23mm facilitates standardized installation. The embedded structure is compatible with the position of conventional downlights. It is hidden in the ceiling during daily use and automatically triggers in emergencies, without spoiling the original aesthetics of the space. Meanwhile, its energy-saving features are remarkable. The combination of LED Light Sources and high-efficiency batteries not only ensures the duration of emergency lighting but also reduces power consumption and maintenance costs.

 

Safety performance is the core highlight. As an emergency lighting device, it can quickly start up in the moment of power failure, providing a stable Light Source for personnel evacuation and equipment operation, effectively enhancing the safety level of the space. Installation and maintenance are also extremely simple. Standardized interfaces and modular design make the installation process efficient and fast. Later battery replacement and component maintenance can be completed without professional skills, significantly reducing the total life cycle usage cost.