During an overload, the power loss in the conductor rises with the load squared, and the temperature also rises according to Equation ΔT˚C = K × (watts)0.8 Overloading ship electri... Read more
During an overload, the power loss in the conductor rises with the load squared, and the temperature also rises according to Equation ΔT˚C = K × (watts)0.8 Overloading ship electri... Read more
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