Clockwise ceiling fan skin#

ItвЂ™s why your feet feel coldest of all your body parts during winter. Therefore, it can feel much warmer around the ceiling than down on the floor. Naturally, warm air rises because itвЂ™s lighter, while cooler air stays around the floor surface because itвЂ™s denser. The reason is that clockwise ceiling fan rotation helps draw the warm air pooled around the ceiling downward, creating a warmer feeling, even if only slightly. Clockwise Rotation in Winter Makes You Feel WarmerДuring winter, youвЂ™re required to set the fan to rotate in a clockwise direction. Some studies show that simply incorporating a ceiling fan can allow you to save up to 40% on cooling costs. The result is that you can save substantially without compromising on comfort. Indeed, according to the US Department of Energy, using a ceiling fan together with an air conditioner allows you to set your thermostat 4ЛљF lower without a change in comfort levels. Research shows that youвЂ™ll feel 8ЛљF cooler underneath a ceiling fan. Nevertheless, ceiling fans can have a significant impact on how you feel. They donвЂ™t necessarily lower indoor the amount of heat in indoor air. Meanwhile, fans only create a breeze across your skin. Air conditioners extract heat from indoor air and dump it outside the house, leaving your home feeling cool and comfortable. The cooling effect is different from what youвЂ™d get from an air conditioner. Why? Because counter-clockwise fan rotation pushes cool air downward, thus causing a cooler feeling underneath. Anti-Clockwise Rotation in the Summer Makes You Feel CoolerДuring the summer, youвЂ™re required to set the ceiling fan to rotate in a counter-clockwise direction. It all comes down to the direction of the rotation. ItвЂ™s valuable throughout the year, from the coldest months of the winter to the peak of summer. The Direction of the Rotation Directly Affects the Feeling Underneath Thus, you can change the speed of the fan as you wish. Since the blades are attached to the motor, they rotate in sync with the motor.

In this way, electric current is converted to mechanical energy that causes the fan motor to spin continuously. Passing current through the coil creates a magnetic field that exerts a force on the motor, causing it to rotate. When electrical current enters the fan, it enters the coils of wire wrapped around a metal base. However, what creates the high rotating speeds is the wire coil inside the motor. As soon as it detects electrical current, the motorвЂ™s capacitor creates torque that causes the motor to start and run. This motor is designed to convert electrical energy to mechanical energy. When you turn on the fan at the electric socket, electricity flows from the electrical wiring in your house to the fanвЂ™s motor. Optional parts of the ceiling fan include a down rod, motor housing, a switch cup/housing, blade badges, and lamps.

Mechanism to mount the fan : Options here include ball-and-socket systems, j-hooks or claw hooks, low-ceiling adapter kits, and close-to-ceiling mounts.

The metal arms are directly attached to the flywheel.

A flywheel : The flywheel is attached to the motorвЂ™s shaft and is responsible for the rotation motion of the blades.

Metal arms : The arms are metal components that connect the motor to the blade wings.

Fan blades are sometimes called wings or paddles. During the cooling days, you can feel the breeze across your skin.

Fan blades : The blades rotate to stir the air.

Different ceiling fans have different motors depending on the type of fan.

An electric motor : The electric motor converts electrical energy into mechanical energy.

The ceiling fan comprises five main components So, what about fans without the toggle switch? Also, for fans with the toggle switch, where is it located, and when should you toggle it? LetвЂ™s find out. This explains why clockwise fan rotation works so well in winter.

The action pushes the warm air found close to the ceiling downwards, effectively raising the temperatures on the floor. Meanwhile, the up/right switch position causes the ceiling fan to rotate in a clockwise direction, gently pulling air upwards. The fan alone can make the room feel up to eight degrees cooler to the people underneath, This is why counter-clockwise fan operation is advantageous in the summer.

Clockwise ceiling fan skin#

The action produces a chilling wind effect on the skin and makes the room feel cooler. The down/left switch position in the summer causes the ceiling fan to rotate in a counter-clockwise direction, pushing cool air down towards the floor. If your fan has a horizontal switch, flip it to the left during the summer or to the right during the winter.

However, the up-down switching only works for vertical switches. Generally, you need to toggle the ceiling fan switch down for the summer for downward airflow and up in the winter for upward airflow.