How Does Your Coffee Maker Work

We all get up in the morning and rely upon our old friend to begin our day - the coffee maker. The only effort we have to put in when wanting to enjoy a mug of coffee is to add a scoop of coffee, add the required quantity of water and switch the machine on. We stand back and wait for our coffee to be ready before we can enjoy it. Give it some thought, have you ever stood there and tried to understand how the water gets through the compartment to the top of the machine? Have you ever questioned what that gurgling sound was? Here's what goes on inside.

If you happen to open the top of the coffee machine, you will discover the container that holds the water whenever you pour it in before the cycle starts. If you look within, you can see a hole inside the bucket's bottom, and this will likely become obvious to you very shortly. You also notice a tube, and the purpose of this tube is to carry the water to the area where it drips out. The drip area is the part you observe from the top that contains all the little holes. This is where the water arrives from the tube then it simply drips through the very small holes.

If you switch the bucket upside down, you will see another tube and this is called the hot-water tube. This tube (tube2) connects into the black tube (tube1) that you see when looking at it from the top. Remember the hole in the bottom of that container pointed out earlier? Well, this is where tube2 picks up the cold water - from that hole. Also noticeable inside are the power cord and the on and off switch for the machine.

Next is the heating element. This little part is what makes the water hot. The heating element is simply a simple coiled wire. This is comparable to filament in your standard light bulb or the element in your every morning toaster. The coil inside the coffee maker is held firmly in plaster, and this makes it tough. This element has two jobs.

* The heating element (or the coil) boils the water when it is put in the coffee maker.
* The element makes certain the coffee stays warm when the cycle is complete.

The heating element within the coffee machine is pushed firmly against the warming plate. A heat conducting grease ensures that heat is transferred competently to the warming plate. The conducting grease is unpleasant and is very difficult to get off your hands. This grease can be found in power supplies, amplifiers - basically anything that squanders heat.

There is a part that's not visible in a coffee maker and this is the one-way valve. This valve can either be in that hole which was talked about earlier or perhaps in the heating pipe, and this pipe is aluminum. If a coffee maker had no one-way valve, the hot water would just flow back into the container after trying to make its way up the tube.

So now that you understand the fundamentals behind how a coffee maker works, take this information and utilize it to discover the best coffee maker for your brewing needs.

By: Barry Wyse

Article Directory: http://www.articledashboard.com

Dazed and confused about what brand or type of coffee maker to buy? Before you buy some junk, visit the new best coffee makers available website to see top 3 coffee maker ratings for drip coffee makers, pod coffee makers and espresso coffee makers based on independent testing results and consumer feedback surveys.