Sea Gull Lighting Dayna 3 Light Energy Star Title 24 Drum Pendant

The sleek, fabric shades and smooth acrylic diffusers of the Dayna shade pendant collection by Sea Gull Lighting combine to create a warm glow. Finished-off with decorative metal finials to secure the White Acrylic diffusers in place, these fixtures convey a tailored look while creating both ambient and task lighting. The assortment includes two-light, three-light and four-light pendants and a two-light flush /semi-flush convertible all with classic drum shades, as well as a large four-light pendant with an angular trapezoidal shade, and all are offered in either Brushed Nickel or Burnt Sienna finishes with either Cream or Beige Faux Linen fabric shades. Both incandescent lamping and ENERGY STAR-qualified fluorescent lamping are available, and all these fixtures easily convert to LED by purchasing LED replacement lamps sold separately.

Features:

• Made of steel
• Drum shaped, linen shade
• Longest possible height setting is 55"
• Includes 1 x 6" stem and 3 x 12" stems
• Bulbs included

Dimensions:

• Fixture Height: 10.5"
• Maximum Hanging Height: 55"
• Diameter: 19"
• Width: 19"
• Canopy Height: 1"
• Canopy Diameter: 5"
• Shade Material: Fabric
• Product Weight: 5.5 lbs.

Electrical Specifications:

• Bulb Base: GU24
• Bulb Type: Compact Fluorescent
• Number of Bulbs: 3 (Included)
• Watts Per Bulb: 13
• Wattage: 39
• Voltage: 120
• Wire Length: 120"
• Energy Star: Yes
• Title 24: Yes

Compliance:

• Energy Star is an international standard for energy efficient consumer products originated in the United States of America. Devices carrying the Energy Star service mark generally use 20%–30% less energy than required by federal standards.
• UL and cUL Listed, Dry Location - Indicates whether a product meets standards and compliance guidelines set by Underwriters Laboratories. This listing determines what types of rooms or environments a product can be used in safely.
• California Title 24: A regulation designed to encourage the use of lower energy lamping configurations in order to reduce the energy used for residential and commercial lighting within the state.