Imperial II Solar Lantern Single Fitter

The Imperial II Solar Lantern Fitter for Standard 3-inch Posts  has a strong solar lanterns with 21 Super Bright LEDs that are intensified by patented prism technology.  

The commercial grade solar lighting fixture emits 350 lumens of light*, about the equivalent of about a traditional and energy-wasting, 80 watt incandescent bulb.

Imperial Fitters are great to retrofit replace traditional gas and low voltage lamps and save on your electricity costs while helping the environment.

For every hour of sun, the solar lamp receives one full amp (or about 90 minutes to 2 hours of strong light). With an average of 4 to 5 hours of sun per day, the lights will stay bright up to 10 hours.

Along with durable cast-aluminum construction for durable posts and weather-tight housing, the lamps have a black cast powder finish for low maintenance, and attractive real beveled glass panes.

Watch the Imperial II Solar Lamps in Dusk-to-Dawn Time Lapse Video:
Product Features:

• Imperial II Solar Fitter for Standard 3-inch post with 1 Lantern Head
• One Lamp lamps with 21 LEDs
• Fixture is 19-inches tall; 10.5-inches in diameter
• Solar Panels:
  - Integrated into the lamp's design (four on sides of lantern, one large panel on top
  - 8 Watt with Tempered Glass Construction
• Batteries: Two (2) Rechargeable Lithium Ion Battery Packs (included)
  - 3.2 volts
  - 12,000 mAh (12 amperes, recently updated from 6 for longer lasting, more reliable light even during periods with low sunshine)
• Lamp has 21 Super Bright LEDs with patented cone reflector for stronger, brighter illumination
• Cast-Aluminum Post and Housing, extremely weather resistant construction
• Automatic Dusk-to-Dawn Operation with manual on/off switch
• One (1) Year Manufacturer's Warranty Against Defect

*Note: how lumens are compared to incandescent lights has no scientific formula, contrary to what some sites may say. How the human eye views light (particularly LED lights) is a factor of how the light is cast/reflected by the fixture and other factors including how the illumination reflects from other surfaces. Whenever our lamps are compared to incandescent fixtures is determine by comparing lights in real-world situations.