Image shown may differ from actual product appearance especially finish and color.

Hinkley Lighting 1441BK Manor House 4 Light Large Outdoor Lantern In Black With Clear Beveled Panels

Hinkley Lighting Manor House 1441BK 00640665144116

Regular Price: $433.50

Special Price $289.00

Be the first to review this product

Free Shipping!

In Stock.
This item estimated to ship by 06/25/2017 from OH.

Earn 5289 Decor Rewards Points Learn More
Hinkley Lighting 1441BK Manor House 4 Light Large Outdoor Lantern In Black With Clear Beveled Panels
  • Details
  • Additional Info
  • Video
  • Product Manual

    Manor House is a classic lantern design with clear beveled glass panels and a bold Black finish. Select-A-Lite options come standard with both candelabra and medium based sockets.

    Design Information:

  • Product Style : Traditional
  • Glass : Clear Beveled Panels
  • Lamping:

  • Number of Bulbs : 3
  • Bulb Included : No
  • Light Source : Incandescent
  • Bulb Base : Candelabra
  • Bulb Max Wattage : 75
  • Number of Bulbs 2 : 1
  • Bulb Base 2 : Medium
  • Bulb Max Wattage 2 : 75
  • Fixture Max Wattage : 150
  • Voltage : 120
  • Dimensions And Weight:

  • Height : 22 Inch
  • Width : 11 Inch
  • Weight : 8 lbs
  • Certifications:

  • C-US
  • Additional Information:

  • Installation Type : Up
  • Install Location : Wet Location;Outdoor
MPN 1441BK
UPC / GTIN 00640665144116
Manufacturer Hinkley Lighting
Collection Manor House
Finish Black
Lighting Type Outdoor Post And Lanterns
Light Source Incandescent
Bulb Base Candelabra
Bulb Included No
Number Of Bulbs 4
Bulb Max Wattage 75
Max Wattage 150
Certifications C-US
Voltage 120
Installation Type Up
Install Location Outdoor|Wet Location
Style Traditional
Width 11.00
Height 22.00
No Videos

Reviews

Write Your Own Review

You're reviewing: Hinkley Lighting 1441BK Manor House 4 Light Large Outdoor Lantern In Black With Clear Beveled Panels

  • Overall Rating

Customer Reviews

No reviews have been submitted for this product yet.

Product Questions

No questions yet. Be the first to ask the question!