Hurricane 16″ Standing Pedestal Fan Energy Efficient

Stay cool and save energy with the Hurricane at Home™ 16 inch Energy Efficient Adjustable Standing Fan. The Hurricane at Home™ 16 inch Energy Efficient Adjustable Standing Fan consumes up to 70% less energy* with great air circulation on low speed (*versus similar AC power fans when comparing watts consumed on low speed). This fan oscillates at 85 degrees and includes adjustable height poles that can make it stand 27, 39, or 51 inches tall, allowing you to place it anywhere – from sitting on a desk in your office to standing in the corner of a college dorm room. The Hurricane at Home™ 16 inch Energy Efficient Adjustable Standing Fan features 12 different speed settings for maximum wind control, and the power-off memory remembers and resumes a prior speed. The fan is easy to assemble, comes with a 6 foot power cord, and can be controlled with the included multi-functional remote control. Hurricane at Home™ 16 inch Energy Efficient Adjustable Standing Fan is 750,000 Continuous Cycle Certified (ETL listed).

Adjustable height

With adjustable heights at 27″, 39″, and 51″, this fan is designed for use on a table, desk, or on the floor—wherever airflow is desired.

Up to 70% less energy

By using less energy, this fan provides a cost-effective way to customize your cooling experience.

12 speed settings

Use the control panel or the remote (included) to customize the airflow with adjustable speeds for everything from a light breeze to a strong wind. You can also set the memory function to resume a prior speed.

Color: White
Electric fan design: Floor Fan
Power Source: Electric
Style: Pedestal Fan
Product Dimensions: 4.9″D x 18.5″W x 23″H
Special Feature: Power-off memory function, adjustable height poles
Mounting Type: Floor Mount
Controller Type: Remote Control
Number of Speeds: 12
Number of Blades: 3
Included Components: Cord
Indoor/Outdoor Usage: Indoor
Specification Met: ETL
Control Method: Remote
Product Dimensions: 18.5 x 4.9 x 23 inches
Item Weight: 15.22 pounds