A transmission line subjected to wind and ice loading with a span of 65 m between level supports has conductor weight of 3.5 kg. The total weight of the conductor is 6 kg and weight additional 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 3600 Kg and 3 respectively. If the height of the tower is 18.7 m. Find (a) Weight of the conductor due to the effect of wind (b) Sag (c) the clearance from the ground
A transmission line subjected to wind and ice loading with a span of 65 m between level supports has conductor weight of 3.5 kg. The total weight of the conductor is 6 kg and weight additional 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 3600 Kg and 3 respectively. If the height of the tower is 18.7 m. Find (a) Weight of the conductor due to the effect of wind (b) Sag (c) the clearance from the ground
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A transmission line subjected to wind and ice loading with a span of 65 m between level supports has conductor weight of 3.5 kg. The total weight of the conductor is 6 kg and weight additional 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 3600 Kg and 3 respectively. If the height of the tower is 18.7 m. Find
(a) Weight of the conductor due to the effect of wind
(b) Sag
(c) the clearance from the ground
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