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Converting Celsius to Watts: Heater Power Limit for 200C Max Temperature in System

ESP 59688 6
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 4760203
    ESP
    Level 15  
    I need to calculate (convert) degrees Celsius to Watts. Ultimately, it needs a heater that will not exceed 200 C.
    Therefore, it would be useful to know the limit power that a system designed for this should give.
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  • #2 4760255
    tzok
    Moderator of Cars
    Are you seriously asking yourself if you are kidding? I know that this is a section for beginners, but without exaggeration ... let me tell you this - with these data, the task is unsolvable. Power cannot be converted to temperature, but you can calculate, for example, by how many degrees the temperature of the water in the tank will rise under the influence of the heater for a certain time, you can also determine the limit temperature, but you need to know the parameters of the heated medium and the thermal resistance between it and the environment. These are not so simple calculations, they require taking into account many factors.
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  • #4 4760324
    ESP
    Level 15  
    OK, I give up :) I did not think it was such a big problem. Thanks anyway for the tips.
  • #5 4760698
    ks_fenix
    Level 23  
    It is not difficult. You just have to think. Your power will depend on, for example, the air temperature in the room, the temperature of what the heater wants to heat and their specific heat.
  • #6 4760721
    jajek92
    Level 23  
    ESP wrote:
    I need to calculate (convert) degrees Celsius to Watts. Ultimately, it needs a heater that will not exceed 200 C.
    Therefore, it would be useful to know the limit power that a system designed for this should give.

    and it is not better to use a standard heater but also to do something like a limiter
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  • #7 4762735
    elek555
    Level 37  
    Primary school physics textbooks contain this secret knowledge, if you really care about it. And if not, turn on the heater through the thermostat set to 200'C. If you give it too much, it will turn off more often. And don't count on converting bikes to buttons or watts to 'C. Physics is not a barter.

Topic summary

The discussion revolves around the challenge of converting degrees Celsius to Watts for a heater designed to not exceed a maximum temperature of 200°C. Participants emphasize that power cannot be directly converted to temperature; instead, calculations must consider various factors such as the specific heat of the medium being heated, the ambient air temperature, and thermal resistance. Suggestions include using a thermostat set to 200°C to regulate the heater's operation and the importance of understanding basic physics principles related to heat transfer. Some responses highlight the complexity of the calculations involved and recommend consulting primary school physics resources for foundational knowledge.
Summary generated by the language model.
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