Description
8 Watt Dimmable Energy-Efficient Flood Light Bulb | Full Spectrum | 530 Lumens
The TCP LED8P20D50KFL is a dimmable 8-watt LED PAR20 bulb designed to replace traditional 50-watt halogen bulbs. Operating at 120 volts, it emits a full-spectrum 5000K color temperature, providing bright, clear illumination. With a 40-degree flood beam, it concentrates light on desired focal points, making it perfect for display, track lighting, and sensitive applications like art galleries or retail environments. Its aluminum protective housing ensures durability and minimal heat generation, and it is UL listed for use in damp and humid areas, making it suitable for both indoor and outdoor use. Enjoy significant energy savings and reduced maintenance costs with this long-lasting LED bulb.
Key Features:
- Energy-Efficient: Consumes only 8 watts, replacing 50W halogen bulbs.
- Full Spectrum Light: 5000K color temperature for bright, clear illumination.
- Dimmable: Adjustable brightness to suit different settings.
- High CRI: 82 CRI for accurate color rendering.
- Durable Housing: Aluminum protective housing ensures longevity.
- Low Heat Generation: Ideal for sensitive lighting applications.
- Long Lifespan: Rated for 25,000 hours of average life.
- Wide Beam Angle: 40-degree flood beam for focused lighting.
- UL Listed: Approved for use in damp and humid areas.
TCP LED8P20D50KFL PAR20 Incandescent Equal Light Bulb Specifications:
- Wattage: 8W
- Lumens: 530 lumens
- Color Temperature (CCT): 5000K
- Base Type: E26
- Color Rendering Index (CRI): 82
- Voltage: 120V
- Rated Life: 25,000 hours
- Beam Angle: 40 degrees
- Certification: UL listed for damp locations
Ideal For:
- Display Lighting: Ideal for showcasing products in retail environments.
- Track Lighting: Perfect for highlighting specific areas or objects.
- Art Galleries: Provides accurate color rendering for artworks.
- General Lighting: Versatile for various indoor and outdoor lighting needs.
- Sensitive Applications: Suitable for use in environments requiring low heat generation.