Varaluz French Gold One Light Mini Pendant from the Jacob's Ladder Collection 391M01FG

Varaluz 391M01 Jacobs Ladder 8" Wide Mini Pendant Inspired by the flowering plant of the same name – as featured in the painting by Mary Vaux Walcott, found in the collections of the Smithsonian American Art Museum– Jacob’s Ladder by Varaluz rises to meet even the most discerning design tastes. An identifying feature of this plant is its foliage, w... moreith its densely packed leaf stems that bear small, fern-like leaflets, that rise along the stem. The Jacob’s Ladder collection similarly features a stunning handwoven, alternating, natural, sustainable rattan and abaca rope layering. In a dark room, the backlighting on the rope has a starry night, twinkle effect. Hand crafted from 70% recycled steel.Features:Collaboration with the SmithsonianHand-craftedIncludes 10-feet of chain and one 6-inch stem for adjustable hanging heightsConstructed from steelComes with rattan shadeRequires (1) medium (E26) 14 watt bulb (not included)Comes with 120" hanging chainIncludes an 6" downrodCapable of being dimmedCSA for dry locationsTitle 24 compliantCovered by Varaluz's 5 year limited manufacturer warrantyDimensions:Height: 12-1/2"Maximum Height: 138-1/2"Width: 8"Depth: 8"Product Weight: 4.9 lbsChain Length: 120"Shade Height: 10-5/16"Shade Width: 8"Canopy Height: 5/8"Canopy Width: 5"Canopy Depth: 5"Electrical Specifications:Max Wattage: 14 wattsNumber of Bulbs: 1Watts Per Bulb: 14 wattsBulb Base: Medium (E26)Voltage: 110, 220 voltsBulb Included: No French Gold

Ron Henderson Jacob's Ladder Mini Pendant by Varaluz Jacob's Ladder Mini Pendant by Varaluz - 391M01FG Inspired by the flowering plant of the same name – as featured in the painting by Mary Vaux Walcott, found in the collections of the Smithsonian American Art Museum– Jacob’s Ladder by Varaluz rises to meet even the most discerning design tastes. A... moren identifying feature of this plant is its foliage, with its densely packed leaf stems that bear small, fern-like leaflets, that rise along the stem.