Wire - Surface Wall - Ø240mm / 9 4/9" - Max. 4.8W LED Retrofit - G9 - 120Vac – Zaneen

General

Series: Wire

Partner: Milan
Milan products

Division: Design
Design products

Installation: Surface
Surface products

Product Type: Wall Surface
Wall Surface products

Mounting Location: Wall
Wall products

Light Distribution: Direct
Direct products

 

Physical

Shape: Abstract

Diameter (mm): 240

Diameter (in): 9 716

Height (mm): 240

Depth (mm): 131

Height (in): 9 716

Depth (in): 5 316

Diffuser: Glass - Opal

Fixture Finish: AGL / MCL / MKL
see color chart below

Fixture Material: Glass / Metal

Primary Material: Glass

 

Electrical

Number of Lamps: 1

Lamp Type: LED Retrofit

Bulb Included: Bulb Not Included

Max. Wattage Per Lamp (W): 4.8

Lamp Base: G9

Input Voltage (V): 120

 

LED

 

Optical

 

Ratings and Certifications

Certified By: Certified for North American Standards

IP rating: IP20

 

 

Base Model Number: D93253-

Description

Wire is a collection of suspension, surface wall and floor lamps that play with the connecting thread between the glass tulip and the shade. The glass tulip moves lightly on the shade fabric, which in turn acts as an acoustic insulator. The magnet inside the glass tulip generates a magnetic field that subtly magnetizes the shade. The design of this fixture makes it perfect for spaces looking to generate rhythm and dynamism. 

Manufactured in Spain, by Milan

Also Available within Series

Downloads

Wire by Milan – 9 7/16″ x 9 7/16″ Surface, Wall Surface offers quality European interior lighting design | Zaneen Design

Wire by Milan – 9 7/16″ x 9 7/16″ Surface, Wall Surface offers quality European interior lighting design | Zaneen Design

Wall
Direct
Blown glass using traditional methods by master glass blower
Certified for North American Standards
Protected against ingress of solid bodies greater than 12.5mm (finger)
 

Fixture Finishes

AGL - Anthracite Gray Lacquer MCL - Metallic Copper Lacquer MKL - Mink Lacquer
Note: the color samples are digitally reproduced and may not accurately depict the actual colors.