Philips 38311-7 PL-C 13W/830/USA/ALTO

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Was: $7.33
Now: $4.97
SKU:
PHLB383117
UPC:
046677114923
Condition:
New
Shipping:
Calculated at Checkout
HS Tariff code:
8539390000

Product Overview

Philips Lighting Logo

Philips 38311-7 PL-C 13W/830/2P ALTO - 13W Quad Tube Compact Fluorescent Lamp, 3000K Warm White, GX23-2 2-Pin Base

The Philips PL-C 13W/830/2P/ALTO (38311-7) is a high-performance quad-tube (cluster) compact fluorescent lamp with ALTO® low-mercury technology. Featuring a GX23-2 2-pin base, it's designed for magnetic ballasts and delivers warm, inviting 3000K light—ideal for downlights, wall sconces, and general/decorative applications in commercial, retail, and hospitality settings.

Technical Specifications

Wattage 13W (nominal 12.7W)
Color Temperature 3000K (Warm White)
Initial / Rated Lumens 780 lm (rated); ~740–860 lm initial (per Philips datasheet and retailer listings)
Base Type GX23-2 (2-Pin)
Ballast Compatibility Magnetic Ballasts
Rated Average Life 10,000 Hours
CRI (Color Rendering Index) 82
Length (MOL) 4.8 inches (approx. 122 mm)
Order Code 38311-7 (PL-C 13W/830/USA/2P/ALTO)

Product Features

  • ALTO® Technology: Reduced mercury content (1.4 mg) for environmentally responsible disposal and compliance with regulations.
  • Quad-Tube Design: Compact cluster provides high light output and uniform distribution in space-constrained fixtures.
  • Reliable Long-Life Performance: 10,000-hour rated life minimizes replacements and maintenance costs.
  • Excellent Color Quality: CRI 82 for natural, accurate color rendering in warm white light.

Common Applications

  • General Lighting: Recessed downlights, wall washers, and ambient illumination in offices, retail, and healthcare.
  • Decorative Lighting: Wall sconces in hallways, lobbies, hotels, and residential spaces.
  • Commercial & Retrofit Use: Energy-efficient upgrades for existing magnetic ballast fixtures.

This sustainable CFL delivers cozy warm white lighting with proven Philips reliability—perfect for creating inviting environments while reducing energy use.

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