Brighten up your space with Spectrum LED GLS A60
The Spectrum LED GLS A60 bulb brings you reliable lighting with low energy use and long-lasting performance. With 7W power consumption, it replaces a traditional 50W incandescent bulb while delivering 620 lumens of bright cold white light. You get efficiency, durability, and a natural glow for everyday use.
Energy-efficient lighting for your home
This LED bulb offers a 230V connection and standard E27 socket, making it easy to use as a direct replacement for traditional lamps. It consumes only 7 kWh per 1000 hours, helping you reduce electricity costs while enjoying consistent high-quality illumination in living rooms, kitchens, and workspaces.
Cold white light for clarity and focus
With a 6000K color temperature, the Spectrum LED GLS A60 provides crisp cold white light that is perfect for reading, studying, and task-focused areas. Its wide 270° beam angle ensures uniform coverage without harsh shadows, creating a comfortable environment in any interior setting.
Durable and reliable design
Built to last up to 17000 hours, this LED bulb handles a wide temperature range from -20°C to +40°C. With CRI 80, it ensures colors appear natural and true-to-life, making it ideal for everyday applications at home or in the office.
Key technical specifications
- The Spectrum LED GLS A60 bulb E27 7W 230V 6000K delivers 620 lumens for efficient, bright lighting in your space.
- 7W power consumption replaces a traditional 50W incandescent bulb, cutting down energy use significantly.
- 620 lumens output ensures bright and functional illumination suitable for practical indoor lighting.
- 6000K cold white light enhances focus and visibility, ideal for study areas, kitchens, and workspaces.
- Wide 270° beam angle spreads light evenly across a room without creating dark spots.
- Long 17000 hour lifespan saves you from frequent bulb replacements.
- CRI 80 rating gives you reliable color rendering so objects look natural under the light.
- Operates in environments from -20°C to +40°C, ensuring stability in varying conditions.
