A transmission line subjected to wind and ice loading with a span of 80 m between level supports has total veight of the conductor of 6.5 kg. Where the actual conductor weight is 3 kg and additional weight due to ce loading is 1.25 kg. (All weights given are for unit length). The ultimate strength and safety factor of he conductor are 4000 kg and 3 respectively. If the height of the tower is 18.2 m. Find (i) Weight of the conductor due to the effect of wind, (ii) Sag (iii) the clearance from the ground.
A transmission line subjected to wind and ice loading with a span of 80 m between level supports has total veight of the conductor of 6.5 kg. Where the actual conductor weight is 3 kg and additional weight due to ce loading is 1.25 kg. (All weights given are for unit length). The ultimate strength and safety factor of he conductor are 4000 kg and 3 respectively. If the height of the tower is 18.2 m. Find (i) Weight of the conductor due to the effect of wind, (ii) Sag (iii) the clearance from the ground.
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A transmission line subjected to wind and ice loading with a span of 80 m between level supports has total
weight of the conductor of 6.5 kg. Where the actual conductor weight is 3 kg and additional weight due to
ice loading is 1.25 kg. (All weights given are for unit length). The ultimate strength and safety factor of
the conductor are 4000 kg and 3 respectively. If the height of the tower is 18.2 m. Find (i) Weight of the
conductor due to the effect of wind, (ii) Sag (ii) the clearance from the ground.
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