Usha Striker Hi-Speed Pedestal Fan With 400 Mm size 3 Blades

FEATURES OF Usha Striker Hi-Speed pedestal fan

100% copper motor

The Usha Striker Hi-Speed Pedestal Fan features a 100% copper motor, which contributes to its longer performance. Copper is a highly durable material that can withstand high temperatures and operate efficiently for an extended period. Also Copper is an excellent conductor of electricity, allowing the motor to operate efficiently and consume less energy. Moreover, Copper motors are known for their reliability and stability.

High speed and air delivery

The fan operates at a high speed of 2100 RPM (Rotations Per Minute). Therefore  the blades rotate quickly, resulting in a powerful airflow. Additionally, It provides an air delivery of 100 m3/min (cubic meters per minute). This measurement signifies the volume of air the fan can circulate in one minute. A higher air delivery ensures efficient cooling and better ventilation.

Stable, jerk free and uniform Oscillation

Stable and jerk-free, the pedestal fan offers uniform oscillation. Also, With a balanced design, quality bearings, and precise gear mechanism, it delivers smooth airflow. Regular maintenance ensures its reliable performance and longevity.

Corrosion resistant Aerodynamic PP blades designed for high air delivery

The corrosion-resistant Aerodynamic PP blades of this pedestal fan have  specifically designed to maximize high air delivery. These blades ensure efficient airflow while offering protection against corrosion, enhancing the fan’s performance and durability.

POWER CONSUMPTION

The pedestal fan operates at a power consumption of 135 Watts and has designed to be compatible with a voltage of 230 V AC and a frequency of 50 Hz. These specifications ensure efficient performance and reliable operation of the fan under the given power and voltage requirements.

 Sweep Size

The pedestal fan has a sweep size of 40 cm or 400 mm. The sweep size refers to the diameter of the circular area covered by the fan blades when it is in motion. Hence, A larger sweep size typically results in a wider coverage area and increased airflow distribution.

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