Working Of A Hair Dryer
Today’s market has provided us with unique appliances to ease the work. The convenience of these modern day appliances have shaved hours and hours off of a typical work week. A hair dryer is one such appliance. A hair dryer, also known as a blow dryer, is an electrical device used to dry and style hair.
Have you ever wondered what those components are inside a hair dryer that lets you blow hot air through your hair without burning your scalp? Keep reading to find out why you won’t sizzle.
Immediately on switching on the hair dryer, the electricity rushes to the windings of the fan motor. Here, the transformation of energy takes place and the electrical energy is making use of to give momentum to the fan. This momentum produces the airflow. The fan situated in the hair dryer appears like a water wheel but its use is different.
Applying power to the hair dryer allows the motor to start spinning the fan, which in turn draws air in through the air inlets in the side of the hair dryer. A safety screen prevents other objects from entering the inner workings of the hair dryer.
The air that is pulled by the fan is the, through a tube is directed onto the hair to dried. But before that the air is made to heat-up.
For heating the air, a coiled wire on an insulating material is placed in its path. This coil is made up a material which is a poor conductor of electricity and becomes hot when electricity flows through it. This material is rust proof and does not oxidize on heating.
This heating arrangement is placed in the path of the air that is pulled by the fan and is directed onto the hair through the barrel.
The hotness of the air that is thrown on your hair is however controlled by a temperature controlling switch. Electric hair dryers are a great way to style up your hair in virtually no time.
Scott Rodgers is a great writer when it comes to extensive electrician works. His commendable knowledge has been fueling business for a host of workers, ranging from Gilberts Electricians to Kula Electricians . Grab a totally unique version of this article from the Uber Article Directory
May 28, 2010 | Posted by Scott Rodgers
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