Contemporary Globe LED Hanging Lamp - Aurora Sphere by Ellese & Co.

The Ellese & Co. Aurora Sphere - LED Pendant Light beautifully merges sleek, contemporary design with classical appeal, ideally suited to enhance your living room, bedroom, or dining area. Crafted from premium metal and glass, this pendant light radiates a warm white glow, perfect for creating a welcoming ambiance in spaces ranging from 5㎡ to 15㎡.

Available in either clear or amber glass, the sophisticated spherical form of the Aurora Sphere adds an elegant touch to any decor. It features a built-in LED light source which is not only energy-efficient but also ensures a consistent and environmentally friendly illumination.

The versatile lamp has an adjustable height feature, allowing customization to meet your specific lighting needs. Although it isn't equipped with dimming functions or smart features, its straightforward design ensures it fits seamlessly into various settings. Please note, assembly is required for this pendant light and professional installation is strongly recommended to guarantee safety and proper setup.

Features:

• Type: Pendant Light
• Suitable rooms: Living Room, Bedroom, Dining Room
• Recommended room size: 50,000–150,000 cm²
• Usage: Indoor
• Dimmable: Not applicable
• Light colour: Warm white
• Smart features: Not applicable
• Assembly required: Yes
• IP rating: IP20
• Power: Mains powered

Information about the lamp:

• Light source included: Yes
• Type of lamp: LED
• Fitting: Not specified
• Number of bulbs: 1
• Voltage: 110V-240V
• Maximum wattage: Not specified

Materials:

• Main material: Metal and glass
• Finishing material: Metal
• Shade material: Glass

Dimensions and weight:

• Product weight: Not specified
• Height adjustable: Yes
• Dimensions: Please refer to the provided dimensions in the product images.

Contents of the package:

• 1x Pendant Light

Note:

Dimensions are approximate, with a possible deviation of 1-3 cm. Color may vary slightly due to lighting. Professional electrician recommended for installation.