Description
5.5 Watt Durable Design LED Dual Mode Light Bulb | Cool White | GX23 Base
Satco's 5.5-watt LED PL 2-Pin Dual Mode Light Bulb is designed for versatility and efficiency, providing bright, cool white light ideal for a variety of commercial and residential settings. With a 4000K color temperature and a wide 120-degree beam spread, this bulb ensures optimal illumination for spaces such as offices, malls, supermarkets, and warehouses. The GX23 base and dual mode operation allow for easy installation in both ballast-dependent and ballast-bypass configurations, making it a perfect choice for upgrading existing lighting systems.
Key Features:
- Cool White Light: Emits a crisp 4000K cool white light, creating a bright and energizing atmosphere.
- Dual Mode Operation: Compatible with both Type A (ballast dependent) and Type B (ballast bypass) installations, offering flexibility in retrofitting and new installations.
- Wide Beam Spread: Features a 120-degree beam angle for expansive light coverage in large areas.
- Damp Location Rated: Suitable for indoor use in environments where moisture is present, such as bathrooms and kitchens.
- Energy Efficient: Consumes only 5.5 watts, delivering significant energy savings compared to traditional lighting options.
- Durable Design: Frosted finish ensures even light distribution and long-lasting performance with minimal maintenance.
Satco S11553 LED Long Lifespan CFL Light Bulb Specifications:
- Wattage: 5.5W
- Base Type: GX23 (2-Pin)
- Color Temperature: 4000K (Cool White)
- Beam Angle: 120 degrees
- Finish: Frosted
- Dimensions: Length: 5.98 inches, Diameter: 1.26 inches
- Damp Location Rated: Yes
- Dual Mode: Type A/B Ballast Dependent or Ballast Bypass
Applications:
- Commercial Spaces: Ideal for brightening offices, malls, supermarkets, and warehouses with cool, white light.
- Residential Spaces: Suitable for areas that benefit from a bright, invigorating light, such as kitchens and bathrooms.
- Flexible Installations: Perfect for upgrading existing fixtures with either ballast-dependent or ballast-bypass configurations.
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