(a) Figure Q2(a) shows the percentage differential relay used for the protection of an alternator winding. The relay has minimum pickup current of 0.15 A and a percentage slope of 12%. A high resistance ground fault occurs near the grounded neutral end of the generator winding with the current distribution as shown in Table Q2(a). Identify with reason whether the relay will operate. I CB 400/5 400/5 iz Figure Q2(a) Table Q2(a) Student Name 12 (A) 300 ID (A) 370

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question 2
(a) Figure Q2(a) shows the percentage differential relay used for the protection of an alternator
winding. The relay has minimum pickup current of 0.15 A and a percentage slope of 12%. A
high resistance ground fault occurs near the grounded neutral end of the generator winding
with the current distribution as shown in Table Q2(a). Identify with reason whether the relay
will operate.
I
I
CB
wiłu
400/5
400/5
iz
mhu
Figure Q2(a)
Table Q2(a)
Student
Name
I2
(A)
ID
(A)
370
300
Transcribed Image Text:Question 2 (a) Figure Q2(a) shows the percentage differential relay used for the protection of an alternator winding. The relay has minimum pickup current of 0.15 A and a percentage slope of 12%. A high resistance ground fault occurs near the grounded neutral end of the generator winding with the current distribution as shown in Table Q2(a). Identify with reason whether the relay will operate. I I CB wiłu 400/5 400/5 iz mhu Figure Q2(a) Table Q2(a) Student Name I2 (A) ID (A) 370 300
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