I think you're confusing "tension" with "voltages". Current flows in loops, so if there is no place for the current to "escape" between what you're referring to as the "high tension line" and the "low tension line", then the current will be the same in both.
Another Answer
The two lines are independent of each other, so there is no relationship between their currents.
For a given load, the higher the supply voltage, the lower the resulting load current. So, using high voltages reduce the load current which, in turn:minimise voltage drop along the line (which, at low voltages, would otherwise be enormous, rendering transmission of energy impossible).enable conductors of practical size.reduce line losses.
NO, ONLY ONE. If you are measuring line current. The purpose of the line to line measurement is to know if your load is drawing balance ampere and slight difference is negligle.
1.6mm or 14awg
Across the line starting of a motor can be as high as 300% of the full load amps.
It depends on the voltage and whether it is a single- or three-phase load.
That depends on it's gauge, the lower the gauge the higher load it can handle.Another AnswerMaximum demand describes the maximum electrical load applied to a high-voltage (high-tension) electrical cable.
For a given load, the higher the supply voltage, the lower the resulting load current. So, using high voltages reduce the load current which, in turn:minimise voltage drop along the line (which, at low voltages, would otherwise be enormous, rendering transmission of energy impossible).enable conductors of practical size.reduce line losses.
NO, ONLY ONE. If you are measuring line current. The purpose of the line to line measurement is to know if your load is drawing balance ampere and slight difference is negligle.
by connecting ampere meter in series with load.
the inductive load which is generally use in high voltage transmission line known as transformer. the transformer transform the high voltage to low voltage.
1.6mm or 14awg
the load is compression and tension
compression: the keystone in particular is under rather high compression forces.
A kilowatt is an unit of true power in an AC circuit -as measured by a wattmeter. A kilovolt ampere is an unit of apparent power in an AC circuit, which is the product of the voltage across a load by the current through it. The relationship between the two is: kilowatt = (kilovolt ampere) x (power factor of load)
Across the line starting of a motor can be as high as 300% of the full load amps.
No Article 210 in the NEC
It depends on the voltage and whether it is a single- or three-phase load.