Introducing the GFC Myga AC Pedestal Cross Base Fan, designed for efficient cooling and durability. Available in multiple sizes (450mm, 500mm, 600mm), each model features 4 capacitors for reliable performance. Operating at 1475 RPM, these fans deliver robust air delivery ranging from 70 må?/min to 170 må?/min, ensuring effective airflow. With power consumption ranging from 65 Watts to 125 Watts and service values from 38.05 ftå?/min/Watt to 48.02 ftå?/min/Watt, they offer both energy efficiency and performance. Ideal for providing cool, comfortable airflow in various settings, supported by a stable cross-base design for enhanced stability.
Energy-efficient Electrical Steel Sheet and 99.9% Pure Copper Wire.
High-quality paint for superior finishing.
Jerk free oscillation
3 speed options and 90 Degree horizontal oscillation
Aerodynamically designed Aluminum blades for maximum air delivery
Packed in strong corrugated cartons with protective thermopile
Company Warranty 3 Years
Product Specifications
Type
myga ac pedestal fan
capacitors
4
available sizes
450mm, 500mm, 600mm
rpm
1475
air delivery 450mm
70 må?/min
air delivery 500mm
100 må?/min
air delivery 600mm
170 må?/min
power consumption 450mm
65 watts
power consumption 500mm
90 watts
warranty
3 years
power consumption 600mm
125 watts
service value 450mm
38.05 ftå?/min/watt
service value 500mm
39.22 ftå?/min/watt
service value 600mm
48.02 ftå?/min/watt
Product Details
Introducing the GFC Myga AC Pedestal Cross Base Fan, designed for efficient cooling and durability. Available in multiple sizes (450mm, 500mm, 600mm), each model features 4 capacitors for reliable performance. Operating at 1475 RPM, these fans deliver robust air delivery ranging from 70 må?/min to 170 må?/min, ensuring effective airflow. With power consumption ranging from 65 Watts to 125 Watts and service values from 38.05 ftå?/min/Watt to 48.02 ftå?/min/Watt, they offer both energy efficiency and performance. Ideal for providing cool, comfortable airflow in various settings, supported by a stable cross-base design for enhanced stability.
