A pedestal fan is one of the best tools for regulating airflow in indoor spaces on hot summer days. This household appliance circulates the air in the room thanks to its rotating blades, meeting the need for coolness. Pedestal fans come in different modes and power levels.
What to consider when buying a pedestal fan?
When buying a pedestal fan, first and foremost, its intended use, design, energy consumption, adjustability, etc., should be considered.
In terms of ease of use, it is essential that the design of the pedestal fan matches the space and that its height level can be adjusted. If there are small children and pets at home, it is advisable to choose circular models instead of fans with split legs. The ability to adjust the fan's height (elevation) according to preference is also considered one of the device's superior features. The diameter of the head where the blades are located is also important. The width of this part allows the cool airflow to spread over a longer distance. The faster the blades spin, the more the pedestal fan cools the room. The rotational speed of the blades per minute is indicated by RPM. For home use, varieties with 1300 – 1400 RPM are ideal.
If you want to be in quiet, cool places, pay attention to the sound power the device produces during operation when making your choice. The sound level of some pedestal fans is 50 decibels. While this may seem acceptable, it can become tiring if the device operates for a long time. Therefore, for comfort, models with a sound level of 35 decibels are more suitable.
Prioritize durable, energy-efficient, lightweight models
Pedestal fans usually have plastic, iron, and aluminum blades. Although iron is durable, it makes the device heavy. Since it can rust, its use in humid areas is not recommended. Aluminum-bladed pedestal fans, while considered long-lasting, are heavier compared to plastic, causing the motor to work harder. This increases energy consumption. If your choice is for home use, it is more advisable to prioritize durable, energy-efficient, lightweight models.
