Arjun_Arasan
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i wanted to know if it's possible to run a heating coil which reaches some 300 C and a dc motor of low rpm of some 10 or so...and all this under 250 W??
The discussion revolves around the feasibility of operating a heating coil that can reach temperatures of 300°C alongside a low RPM DC motor, all within a power limit of 250 W. The scope includes theoretical considerations of power distribution, heating loads, and practical applications.
Participants do not reach a consensus on the original question, with multiple competing views on the feasibility and implications of running both devices under the specified power limit.
Limitations include the lack of specific details about the heating coil's design, the motor's torque requirements, and the environmental conditions affecting performance. The discussion also reflects varying interpretations of power distribution and heating efficiency.
Individuals interested in electrical engineering, thermodynamics, or practical applications involving motors and heating elements may find this discussion relevant.
When things have settled down into equilibrium, the temperature of your device produces the same amount of power loss to the surroundings as the power being supplied. For the same amount of dissipated power, a small object will get hotter than a large object because its surface area will be smaller.Arjun_Arasan said:i wanted to know if it's possible to run a heating coil which reaches some 300 C and a dc motor of low rpm of some 10 or so...and all this under 250 W??