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SATCO/NUVO 8W A21 LED 5000K Medium Base 120V 80 CRI Battery Backup (S11469)

SKU SATCO/NUVO-S11469
Original price $15.29 - Original price $15.29
Original price
$15.29
11 in Stock: Ready to Ship

Pickup available, usually ready in 1 hour.
10651 Northend Ave, Ferndale MI 48220
Product Description

SATCO/NUVO 8W A21 LED 5000K Medium Base 120V 80 CRI Battery Backup (S11469)

SATCO|NUVO's LED A21 battery backup lamps are the ideal lighting solution for residential or commercial applications. Available in 8-watts and either 3000K or 5000K, these lamps provide bright, energy-efficient illumination with a wide 220-degree beam spread. Rated for 15,000 hours of use, these lamps are long-lasting, and their built-in battery backup switch ensures that your lighting stays on even during power outages.

  • 5000K CCT
  • 80 CRI
  • 220 degree beam spread
  • Rated for 15,000 hours
  • 760 lumens
  • Damp location rated
  • 3-year limited warranty
Frequently Asked Questions
How bright is this product?
At 760 lumens, this product provides moderate brightness suitable for illuminating small areas or supplementing existing lighting.
What color temperature is this product?
This product has a color temperature of 5000K producing bright white light that enhances clarity and detail.
What voltage does this product operate on?
This product operates on 120V, the standard line voltage used in most residential and many commercial electrical systems. Always consult with an electrician regarding your specific voltage requirements.
Is this product dimmable?
This product is non-dimmable and should not be used with a dimmer.
Can this product be used in damp or outdoor locations?
This product is damp location rated meaning it can be used in areas exposed to humidity or light moisture such as covered outdoor areas or bathrooms. It should not be exposed to direct water.
What is the CRI and how does it affect light quality?
This product has a CRI of 80, delivering good color accuracy with natural, balanced color rendering. Colors will appear clear and consistent under this light.