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The power measurement for a balanced delta-connected load is given in Figure 2. The circuit quantities are as follows. L= (1+ Last digit of Registration Number) A Ip= (12 - Last digit of Registration Number) A Vi=300 V $, = 80.4°. Calculate total load power and power indicated by each wattmeter. Also, find the load power factor rom readings of wattmeter. Load W1 A VAB Vac PB Ig --Í Figure 2

The power measurement for a balanced delta-connected load is given in Figure 2. The circuit quantities are as follows. L= (1+ Last digit of Registration Number) A Ip= (12 - Last digit of Registration Number) A Vi=300 V $, = 80.4°. Calculate total load power and power indicated by each wattmeter. Also, find the load power factor rom readings of wattmeter. Load W1 A VAB Vac PB Ig --Í Figure 2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Where:

IL=10A

Ip=3A

 

The power measurement for a balanced delta-connected load is given in Figure 2. The circuit quantities are as follows. L= (1+ Last digit of Registration Number) A Ip= (12 - Last digit of Registration Number) A VL=300 V P, = 80.4°. Calculate total load power and power indicated by each wattmeter. Also, find the load power factor from readings of wattmeter. Load W, A VAB Vac Ic B Ig --IA W, Figure 2
Transcribed Image Text:The power measurement for a balanced delta-connected load is given in Figure 2. The circuit quantities are as follows. L= (1+ Last digit of Registration Number) A Ip= (12 - Last digit of Registration Number) A VL=300 V P, = 80.4°. Calculate total load power and power indicated by each wattmeter. Also, find the load power factor from readings of wattmeter. Load W, A VAB Vac Ic B Ig --IA W, Figure 2
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