How is the central heating model not like an electric circuit?
cus electricity wont leak out the model unlike a REAL circuit
the central heating model doesn't have any electrons flowing through it but only water
how its the same
I donβt no the answer
Because a central heating model does not have any electrons travelling through wires but have water. If a wire broke in a electric circuit , then if you're not going to turn off the circuit you would get electrecuted. In a central heating system, if it would break water will leak and nothing will hurt you or anything and you won't get electrecuted.
how its the same
You must mean "why can i model a boiler and pump" as an electrical circuit. The answer is "elecrical components can be arranged to correspond to a useful mathematical model for the boiler and pump."
Electron Cloud Model.
because they use a lot of electricity. the maximum current for a plug and socket is 3120 watts, 13 amp. a cooker in use exceeds this, mine is rated at 7400 watts (7.4KW), some may be even more, therefore requiring a seperate fuse and circuit. if you have an electric shower, you will notice that also has a seperate fuse, because they use around 8.5KW to 10.8KW, depending on the make and model.
Because a central heating model does not have any electrons travelling through wires but have water. If a wire broke in a electric circuit , then if you're not going to turn off the circuit you would get electrecuted. In a central heating system, if it would break water will leak and nothing will hurt you or anything and you won't get electrecuted.
how its the same
The way I have done this with things such as heaters, window defrosters, etc. is to model the heating element as a resistor (or a set of resistors in different parallel and series combinations, based on the layout). The wire used in the electric blanket (the heating elements) should have a specific resistance per length; calculate the length of the different sections, and create a lumped resistive element of this total length.
Yes, the compressor provides cooling it does not have anything to do with how you are heating the house other than it is using the furnaces fan.
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Use a = power_analyze('simulink file name','ss') you will get the state space model for the same
The real model # for your heating pad is ...HP980 I just managed to claim mine as I had no heat anymore . The circuit was to difficult to trace. You can call 800-477-0457 or email consumerRelations@kaz.com It worked out OK for me . They gave me a RMA # and I sent out the old one and am now waiting for the replacement. Good Luck Don
It is a model for the equivalent circuit of a Transistor.
An ammeter measures the electrical current in something. A digital one is calibrated to display through the shunt and convert information from the analog model.
char broil electric grill model no. eg 501 electric element
I'm not sure of your question.In the USA, most hot water heaters and furnaces are independent units. They can be either gas (methane) or electric powered. The hot water heaters are thermostatically controlled, and thus the water temperatures in the gas and electric water heaters would be essentially the same. The speed at heating the water depends on the HW heater design, but both gas and electric HW heaters would be similar in speed.I've heard of combined Hot water heaters and furnaces in use in Russia, with the side effect of only having hot water in the winter.Here in the USA, electric furnaces come in 2 varieties. Heat Pumps function somewhat like an air conditioning unit, and deal with heat differentials. In mild temperatures, they are more efficient than direct electric heating. However, the temperature increase is relatively moderate. It is likely they could only heat water to a "luke-warm" temperature.Using conventional electric heating, the electric heating elements can become extremely hot. Think of your stove with temperatures in excess of 400 degrees F. However, the actual temperature of water would be dependent on the design.I would encourage consulting the manufacturer of the device you are interested in with any device specific questions.
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