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SATCO/NUVO HyGrade 26W Pin-Based Compact Fluorescent 2700K 82 CRI G24D-3 Base (S8325)

SKU CFD26W/827
Original price $6.03 - Original price $6.03
Original price
$6.03
Backorder: Usually Ships in 7-14 Days
Product Description

For fixtures that need higher output on a pin-based ballast, this 26-watt compact fluorescent hits 1,825 lumens of warm white light through a G24d-3 2-pin base. The wattage suits commercial downlights and larger recessed cans where a lower-output lamp would leave the space underlit.

Lensed white glass and T4 tube layout give even 360-degree distribution with 80+ CRI. Rated life is 12,000 hours in any operating position, and the lamp accepts either magnetic or electronic ballasts wired for the G24d-3 socket.

Features

  • Wattage: 26W
  • Light Output: 1825 lumens
  • Color Temperature: 2700K (warm white)
  • CRI: 80+
  • Lamp Base: G24d-3 (2-pin)
  • Lamp Shape: T4 double-twin
  • Beam Angle: 360°
  • Voltage: 120V
  • Rated Life: 12,000 hours
  • Dimmable: Non-dimmable
  • Operating Position: Universal
  • Maximum Overall Length: 6.81"

Ideal For: Commercial downlights • Retail lighting • Office ceiling fixtures • Hallway lighting • High-output vanities

Requires a fixture with a compatible G24d-3 pin-based ballast. Not sold in CA, CO, HI, ME, MN, OR, RI, or VT.

Frequently Asked Questions
How bright is this product?
Producing 1825 lumens, this product delivers bright illumination suitable for general-purpose lighting.
What color temperature is this product?
This product has a color temperature of 2700K, delivering warm white light with a soft, inviting glow.
What voltage does this product operate on?
This product operates on 120V-277V and is compatible with a wide range of standard residential and commercial electrical systems. Always consult with an electrician regarding your specific voltage requirements.
What is the CRI and how does it affect light quality?
This product has a CRI of 82, delivering good color accuracy with natural, balanced color rendering. Colors will appear clear and consistent under this light.