Monocle
Sconces
Your Product Code
MNT-PC44-27-1_TRIAC_120V
Description
Monocle-a sleek, rotating sconce, with dimming control at the touch of a finger. Touch to cycle three levels of light, on, and off. Monocle’s pleasantly round demeanor and touch dimmer makes it an ideal lamp for a bedside or workstation.
- Cast aluminum, steel, TPE cord, molded plastic
Product Dimensions
6 W x 5 H x 4 in DProduct Weight
2.2 lbs / 1 kg
Materials
Performance
- Delivered Lumens 340 lm
- Power Consumption 8.9W
- Luminous Efficacy 38.2 lm/W
- 90 CRI
- Full detail in photometry summary
Patent File Number
US: D900,373, CA: 188813, EU: 006641924-0001, UK: GB90066419240001
Certification
- Suitable for Damp Locations
UL Listed
UL Listed to Canadian safety standards.
Led Lifespan
- 50k hours
Specification logic
Unit List Price
$603
Drawings
MNT Monocle Touch Sconce Dimension
575 Boices Ln Kingston NY 12401 T +1 212 388 1621 sales@rbw.com
- Monocle
- Sconces
575 Boices LnKingston NY 12401T +1 212 388 1621sales@rbw.com
For 2D & 3D drawings of all products, including CAD, Revit and IES files, please visit rbw.com
Unit List Price
$603
- Monocle
- Sconces
Overview
Description
Description
Monocle-a sleek, rotating sconce, with dimming control at the touch of a finger. Touch to cycle three levels of light, on, and off. Monocle’s pleasantly round demeanor and touch dimmer makes it an ideal lamp for a bedside or workstation.
Details
Materials
Cast aluminum, steel, TPE cord, molded plasticPerformance
- Delivered Lumens 340 lm
- Power Consumption 8.9W
- Luminous Efficacy 38.2 lm/W
- 90 CRI
Led Lifespan
- 50k hours
Patent File Number
US: D900,373, CA: 188813, EU: 006641924-0001, UK: GB90066419240001Certification
- Suitable for Damp Locations
UL Listed
UL Listed to Canadian safety standards.
Note on Imagery
All product photos are made using the correlated color temperature (CCT) of 2700k. The actual color temperature experienced within your environment may vary based on other light sources and materials present.
Dimensions
Photometry
Polar Plots
Download Photometry