MrEklipze said:
When the coffee-maker pulls energy from the outlet, the power cord will get hot as well because of the current flowing through the cord, am i correct? If I am, how does this heat compare to the heating element inside the coffee-maker, are they at the same temperature?
You can feel the cord get warm anywhere along its length. That's from current flowing through it as you said. That heat flows from the copper through the insulation to ambient(room temperature). It's a few degrees, enough to feel but not to burn you or melt insulation.
The heating elements get to 212F plus a few degrees. That's hotter than the power cord by probably 112F.
When you open the cofffeemaker to replace your cord, study the connections to those heaters. I usually find them spot-welded so they'll handle the heat,.
The special high temperature wire i mentioned goes to the switch and thermostat controls for boiler and carafe heater, finally to the incoming power cord. Heat flows along wires just like current does, so you'll see considerable separation between the heating elements and the incoming cord.
While you have it open, place yourself in the shoes of the designer.
How did he arrange the internal wiring to keep heat away from the power cord?
those red and blue wires will have a high temperature insulation probably braided glass fibers.
This guy has rewired a coffeemaker with ordinary lampcord, which is dangerous. He should have transitioned to high temperature wire at the rear entry not at the front switch. Beware of internet advice...