| Product Code | Wattage | Lumen Output | Efficacy | CCT | Dimensions | Downloads |
|---|---|---|---|---|---|---|
| 5104002012 | 9W | 865 lms | 94 lms/W | 3000K | 38 x 110 x 110 mm | |
| 7104002012 | 9W | 865 lms | 94 lms/W | 3000K | 92 x 110 x 650 mm |
GEMINI XF
Decorative
Sleek Brilliance
Applications
Awnings, Balconies / Patios / Verandahs, Carports, Entrances, Outdoor Recreation, Garden / Pathways, Hotel Common Areas, Restaurants / Cafes
Overview
The GEMINI XF features ultra-slim wall and bollard lights in a durable matte black finish. Emitting powerful 850-lumen warm white light (3000K), the wall light is ideal for compact, single, or multiple installations, while the bollard’s downward beam minimizes sky pollution, perfect for pathways. Both offer IP54-rated durability for reliable outdoor performance.
Details
The GEMINI XF introduces an ultra-slim design to the renowned GEMINI family, offering both wall and bollard fixtures that seamlessly blend form and function. Crafted from heavy-duty aluminum with a matte black finish, these fixtures are built to withstand various weather conditions, as indicated by their IP54 rating. The wall light emits a powerful 850-lumen warm white light (3000K) through its integrated LED module, providing efficient illumination for outdoor spaces. Measuring 110mm in height, 110mm in width, and only 38mm in depth, its compact profile is ideal for single or multiple installations without compromising on light output.
Complementing the wall fixture, the GEMINI XF bollard stands at 650mm tall, making it perfect for lining garden paths or driveways. Its design focuses the light downward, minimizing sky pollution and ensuring that illumination is directed where it's needed most. The bollard shares the same robust construction and matte black finish as the wall light, ensuring a cohesive aesthetic throughout your outdoor space. Both fixtures operate within a voltage range of 220–240V and are designed to perform optimally in ambient temperatures ranging from -20°C to 50°C, ensuring reliability across diverse climates.
IES File