Specification

modernforms.com
Phone (866) 810.6615
Fax (800) 526.2585
Headquarters/Eastern Distribution Center
44 Harbor Park Drive
Port Washington, NY 11050
Central Distribution Center
1600 Distribution Ct
Lithia Springs, GA 30122
Western Distribution Center
1750 Archibald Avenue
Ontario, CA 91760
Modern Forms retains the right to modify the design of our products at any time as part of the company's continuous improvement program. OCT 2018
LOTUS 54” Ceiling Fan
FR-W1809-54L
PRODUCT DESCRIPTION SPECIFICATIONS
A modern meditation on style and technology, Lotus is the ultimate
utility player. Its clean, streamlined look works well with almost any
décor, inside or outdoors. And with our Modern Forms app, this smart
fan responds to your behavior patterns with optimized schedules that
can help cut down on energy use. Engineered with a quiet, energy-
efficient DC motor and a powerful LED luminaire, this fan is peak
enlightenment.
Construction: Aluminum
Blade: 15º Pitch, 54sweep, ABS
Downrod: 1O.D. x 4.5”H included
Mounting Slope: Up to 30º
Lead Wire: 80”
Hanging Weight: 15 lbs
Total Power: 30W
Standards: ETL/cETL Wet Location listed
FEATURES
LIGHT KIT PERFORMANCE
6 fan speeds through both Summer and Winter Modes
Silent DC motor
Optional LED light kit included
Includes RF wall control
Additional RF wall control for 3, 4-way control sold separately
Compatible with Modern Forms app
Light Source: LED
Light Wattage: 13W
Dimming: Integrated
Color Temperature: 3000K
Rated Life: 50,000 Hours
Standards: Title 24 JA8-2016 compliant
ESTIMATED AIR PERFORMANCE
WIRELESS PERFORMANCE
Airflow: 5575 cubic ft per minute on high
Power: 17 watts on high
Airflow Efficiency: 332 cubic ft per minute per watt
Revolutions Per Minute: 167 RPMs on high/105 RPMs on average
RF Pairing Distance: Up to 30 ft from fan
Wi-Fi Range: Up to 150 ft*
ORDER NUMBER
Model
Delivered
Lumens
Housing Blade
FR-W1809-54L
1110 622
BZ
MW
TT
Bronze
Matte White
Titanium Silver
Bronze
Matte White
Titanium Silver
Example: FR-W1809-54L-BZ
*Results may vary based on application and surroundings.

Summary of content (2 pages)