Shown in Polished Nickel
Commune Collection image 1 of a Can Downlight made-to-order.  Shown in Polished Nickel.
Shown in Polished Nickel
Picture 2 from the Commune Collection of a made-to-order Can Downlight.  Shown in Polished Nickel.
Shown in Polished Brass with optional solid brass shade
Image number 3 from the Commune Collection of a Can Downlight made-to-order.  Shown in Polished Brass with optional solid brass shade.
Shown in Polished Brass with optional solid brass shade
Commune Collection image 4 of a made-to-order Can Downlight.  Shown in Polished Brass with optional solid brass shade.
Shown in Polished Nickel with optional exterior wiring
Picture 5 from the Commune Collection of a Can Downlight made-to-order.  Shown in Polished Nickel with optional exterior wiring.
Shown in Polished Brass with optional exterior wiring
Image number 6 from the Commune Collection of a made-to-order Can Downlight.  Shown in Polished Brass with optional exterior wiring.
Commune Collection image 7 of a Can Downlight made-to-order.
↧ Tearsheet

Can Downlight

Regular price $895
/
CHL3308
| Commune Design


Finish

A cylindrical pendant light handcrafted to order in solid brass, suspended from a flat ceiling canopy by an adjustable black fabric cord. Specify a solid rim, or opt for Commune's signature "slash" pierced pattern.

  • Dimensions:

    • Minimum height: 12-1/2"
    • Shade: 8-1/16" h. x 4" diameter
    • Canopy: 1/8" h. x 5" diameter

    Application:

    • UL listed for use in dry or damp environments.

    Lamping:

    • Single Edison socket, maximum 100 watts
    • Also available with GU24 sockets
  • Insured ground shipping for this item to destinations within the continental United States: $45 per piece.

    For quantities above 10 items or orders shipping outside the continental United States, please contact us for a quote.

  • Made to order within 10 weeks.

  • This fixture is Ketra Ready. Custom heights and additional finishes available upon request.
    Contact Us to learn more about customization options.