Yippie - Surface
Surface

 

General

Series: Yippie

Brand: Icone
Icone products

Division: Design
Design products

Mounting Type: Surface
Surface products

Mounting Location: Wall
Wall products

Subcategory: Picture Light
Picture Light products

 

Physical

Shape: Rectangle

Length (mm): 700, 900

Length (in): 27 916, 35 716

Extension (mm): 500

Extension (in): 19 1116

Light Distribution: Direct / Indirect

Fixture Finish: BBZ / CHR / MGD
see color chart below

Fixture Material: Brass

 

Electrical

Lamp Type: LED

Input Wattage (W): 7.92, 10.56

Dimming: Non-Dimmable

Driver Included: Yes

Driver Location: Integrated

Driver Type: Constant Voltage - Universal

Driver Class: Class 2

Input Voltage (V): 120 - 277

Output Voltage (V): 12

Upon Request: (See components) Remote: 0-10Vdc dimming

 

LED

Color Temperature (°K): 3000

Nominal Lumen (lm): 660, 880

CRI: >90 CRI

Lamp Life (hrs): 50000

 

Optical

 

Ratings and Certifications

Certified By: Certified for North American Standards

IP rating: IP20

 

 

Yippie 2 matching products

Yippie by Icone – 27 9/16″ Surface, Picture Light offers quality European interior lighting design | Zaneen Design D43048- Yippie - Surface - Wall - 700mm - 7.92W LED - 3000K - 660lm
Yippie by Icone – 35 7/16″ Surface, Picture Light offers quality European interior lighting design | Zaneen Design D43049- Yippie - Surface - Wall - 900mm - 10.56W LED - 3000K - 880lm

Series Description

Yippie is a sleek Y-shaped surface lamp available in four different rod lengths, three color finishes and an adjustable lamp head. The color finishes available are brushed bronze, chrome and matte gold - bringing a modern and sleek element of metallic to a space. Yippie would be an ideal choice for contemporary residential settings or academic applications like libraries. 

Similar products to Yippie in terms of style include: 

Manufactured in Italy, by Icone.

 

Fixture Finishes

BBZ - Brushed Bronze CHR - Chrome MGD - Matte Gold
Digital Disclaimer: Not all screens are calibrated the same, and therefore, colors will appear differently between screens.