XG301 LED Bulkhead Light

Technique Specification

Product Description

The XG301 LED bulkhead light seamlessly merges advanced functionality with elegant design. Crafted with precision, it serves as an ideal lighting solution for both residential and commercial spaces. The luminaire's dual power output, available in classic white or bold black, ensures adaptable illumination that effortlessly fits into diverse environments. With a focus on simplicity and versatility, the XG301 stands out as a sophisticated choice for enhancing lighting aesthetics in any setting.


Product Features

Durable Design: Crafted with robust PP materials, the light ensures durability for outdoor use.

Easy Installation: Designed for user convenience, the light offers a hassle-free installation process.

Low Maintenance: With quality materials and an efficient design, the light requires minimal upkeep.

Dimming Capability: Effortlessly adjust light intensity for diverse atmospheres and moods with the XG301.

Product Advantages

Uniform Light Distribution: The LED bulkhead light ensures even light distribution through its thoughtfully designed structure, preventing glare and fostering a comfortable lighting environment. This feature is especially beneficial in spaces where consistent illumination is crucial.

Long Lifespan: Built with premium components, the LED bulkhead light guarantees an extended lifespan, providing dependable illumination for an extended duration. This longevity contributes to sustained performance and cost-effectiveness.

Safety Features: Prioritizing safety, it incorporates key features such as lightning protection (1.5-4KV) and achieving an IP65 protection class. These safeguards ensure the luminaire's resilience in adverse conditions, promoting the well-being of both the light and its users.

High Color Rendering Index (CRI): With a CRI exceeding 80, the LED bulkhead light delivers accurate color representation. This is vital for spaces where color fidelity is essential, enhancing the visual appeal and overall quality of illuminated environments.