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 AnswerThe two lines are independent of each other, so there is no relationship between their currents.
33 kV line, it should be 3.7 mtrs
A 'bushing' is a tubular insulator used to insulate a conductor that passes, for example, from the inside of a transformer or circuit breaker to the outside, enabling the internal components to be connected to external supply lines.High-voltage (or 'high tension') bushings have thicker walls and are longer than low-voltage bushings, as they have to withstand higher voltages.
ht cable that means voltage level is high , it is obvious that power is going to remain same ,so if voltage rises ,current has to be lowered .since current level is less in ht cable therefore size (dia) is less compared to l.t cable , (p=v.i),lt cable current rating is more and voltage rating is less
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.
It depends on the line, but AC high tension lines are typically between 100kV to 750kV while some DC high tension lines are as high a 1MV.Another AnswerVoltage doesn't 'pass through' a line. It appears between, or across, adjacent conductors. It's CURRENT that 'passes through' a line.
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 AnswerThe two lines are independent of each other, so there is no relationship between their currents.
High tension electrical wires
High tension line so a stronger wire for more electricity to run through
High Tension motor is High Voltage Motor.
High Tension was released on 06/10/2005.
The Production Budget for High Tension was $2,850,000.
High Tension Wires was created in 1989.
The degree of tension in the line would depend on the distance of the line being cast. For shorter distances you'd want a tighter more firm tension in the line and for further away you'll want more slack in the line.
33 kV line, it should be 3.7 mtrs
I am planning to build a house at a place, which is located about 200 ...from high tension wires & what is a safe distance to build a house near high tensionwires? ... Even directly under high-voltagetransmission lines, the magnetic field ...positive associations between proximity to high-voltage power lines...Another AnswerThe simple answer is that it depends on the line voltage; the higher the voltage, the greater the distance. But the CORRECT answer is that you need to liaise with the electricity company which owns the line.
High Tension grossed $6,435,262 worldwide.