Product Overview

Bayberry by Chapman & Myers was designed based on the frame of an armillary sphere - which is an antique astronomical model used to depict the movements of the stars and sun. Each ring of the Bayberry pendant is based on a vintage armillary sphere model. Bayberry was designed with thin metal tubing, candles, and Weathered Galvanized finish – giving it a light and airy feel. The assortment includes a small, medium and large pendant.

Standard Information

Category:

Pendants

Subcategory:

Other Pendants

Finish:

Gray

Miscellaneous

Style:

Traditional

Option:

Title 24

Damp Rated

Voltage:

100-120

Location Rating:

Damp Rated

Refinement Options

Category:

Pendant

Finish:

Weathered Galvanized

Style:

Traditional

Option:

Damp Rated

Title 24

Family:

Bayberry

Voltage:

120 V

Number of Bulbs:

6 Bulbs

Bulb Type:

Torpedo

Canopy:

7 Dia x 2 H

Chain Included:

84

Designer:

Chapman & Myers

Diameter:

31.88

Introduction Date:

01/01/2021

Keyword(s):

Dining Room, Entry Room, Hallway, Kitchen

Material:

Steel

Max Height:

128.25

Order Minimum:

1

Ship Carton Height:

18.3

Ship Carton Length:

37.9

Ship Carton Width:

38.1

Ship Weight:

33.9

Sold By:

EA

Vendor Ship Method:

Parcel

Weight:

17.6

Wire Included:

240

Batteries Included:

No

Bulb Included:

No

Chain Length:

84

Country of Origin:

China

Energy Star:

No

Freight Class:

250

Location Rating:

Damp Rated

Made To Order:

No

Max Ceiling Slope:

45

Max Wattage:

60 W

Prop 65:

View

Safety Rating:

cETL Approved

Title 24:

Yes

Wire Color:

Clear Silver

Wire Cord Length:

240

Assortment includes: a small, medium and large pendant

Damp Rated

Designed with a spherical caged silhouette and Weathered Galvanized finish, this statement-making pendant is gilded and fixed to a matching canopy.

From the brand formerly known as Generation Lighting Designer Collection

Mounting hardware included for use on flat, slope, vaulted or cathedral ceilings

Supplied with pre-laced, adjustable 15-feet of wire 5 feet of chain for preferred length