A transmission line is composed of ACSR conductors consiting of eight aluminum strands and two steel strand as seen in Figure 1. Each aluminum strand and steel strand has a diameter of 2 cm. Assuming a 3 phase line with horizontal phase spacing 8 meters between the phases which is composed of this conductor each phase is carried by given single ACSR conductor. Calculate the Inductance of each phase. Assuming a single phase circuit what would be the Loop inductance Note: Neglect the effect of steel strand
A transmission line is composed of ACSR conductors consiting of eight aluminum strands and two steel strand as seen in Figure 1. Each aluminum strand and steel strand has a diameter of 2 cm. Assuming a 3 phase line with horizontal phase spacing 8 meters between the phases which is composed of this conductor each phase is carried by given single ACSR conductor. Calculate the Inductance of each phase. Assuming a single phase circuit what would be the Loop inductance Note: Neglect the effect of steel strand
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 is composed of ACSR conductors consiting of eight aluminum strands and two steel strand as seen in Figure 1. Each aluminum strand and steel strand has a diameter of 2 cm. Assuming a 3 phase line with horizontal phase spacing 8 meters between the phases which is composed of this conductor each phase is carried by given single ACSR conductor.
Calculate the Inductance of each phase.
Assuming a single phase circuit what would be the Loop inductance Note: Neglect the effect of steel strand
Transcribed Image Text:Steel Strands
Figure 1
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