The working of an electric iron is very simple – it draws electricity from the mains and heats a coil inside. This heat is then transferred to the bottom plate, which is pressed against the clothing to remove wrinkles. ... Apparently, the iron switched on and off on its own for no reason
The electric irons that we use to press the folds out of our clothes contain a thermostat that keeps the iron from getting too hot when turned on and left unattended for a long time. Let’s see how the mechanism works.
An electric iron relies on a basic combination of heat and pressure to remove wrinkles from clothing.
If an electric current is passed through a coil or other heating element present in the iron, it becomes very hot. This heat is then transferred to the base plate (the smooth, flat surface that you place against clothes while ironing) through conduction, which elegantly irons your clothes.
However, if the iron continuously draws electricity from the power supply, the heating element gets hotter and hotter. This causes a lot of energy waste, as an iron consumes a lot of electricity in just a few minutes, ruining clothes and, in the worst-case scenario, causing serious and potentially dangerous accidents!
Therefore, it is essential that iron does not heat up to dangerous temperatures. Here, the thermostat comes into play.
Answers & Comments
Answer:
The working of an electric iron is very simple – it draws electricity from the mains and heats a coil inside. This heat is then transferred to the bottom plate, which is pressed against the clothing to remove wrinkles. ... Apparently, the iron switched on and off on its own for no reason
Answer:
The electric irons that we use to press the folds out of our clothes contain a thermostat that keeps the iron from getting too hot when turned on and left unattended for a long time. Let’s see how the mechanism works.
An electric iron relies on a basic combination of heat and pressure to remove wrinkles from clothing.
If an electric current is passed through a coil or other heating element present in the iron, it becomes very hot. This heat is then transferred to the base plate (the smooth, flat surface that you place against clothes while ironing) through conduction, which elegantly irons your clothes.
However, if the iron continuously draws electricity from the power supply, the heating element gets hotter and hotter. This causes a lot of energy waste, as an iron consumes a lot of electricity in just a few minutes, ruining clothes and, in the worst-case scenario, causing serious and potentially dangerous accidents!
Therefore, it is essential that iron does not heat up to dangerous temperatures. Here, the thermostat comes into play.
Explanation: