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A Three phase, 600 V, 50 H2, De lta Comnected SCIM, The motor draws no-load Current of (8 A) with The motor daws no-load Current of (8 A) with no load observed power of ( 1100 w). At Rel londing Condition the motor draws (20 A) at (0.8) power factor and (o.04) SIip. if the Armatuve resis tonce is (o.4 lph) and the rotational losses (240 w), Detormine; 0 Iron loss O Output Power Efficincy

A Three phase, 600 V, 50 H2, De lta Comnected SCIM, The motor draws no-load Current of (8 A) with The motor daws no-load Current of (8 A) with no load observed power of ( 1100 w). At Rel londing Condition the motor draws (20 A) at (0.8) power factor and (o.04) SIip. if the Armatuve resis tonce is (o.4 lph) and the rotational losses (240 w), Detormine; 0 Iron loss O Output Power Efficincy

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A Three phase, 600 V, 50 Hz, De lta Conneeted SCIM, The motor dvaws no-load Current of (8A) with HiW. 2: The motor draws no-lond Current of (8A) with no load observed power of (1100 w). At Rell londing Conditron the motor draws (20 A) at (0.8) power factor and (o.04) SIip. if the Armature resis tamce is (o.4 lph) and the rotational losses (240 w), Detormine; 0 Iron loss Out put Power ing OFffciong
Transcribed Image Text:A Three phase, 600 V, 50 Hz, De lta Conneeted SCIM, The motor dvaws no-load Current of (8A) with HiW. 2: The motor draws no-lond Current of (8A) with no load observed power of (1100 w). At Rell londing Conditron the motor draws (20 A) at (0.8) power factor and (o.04) SIip. if the Armature resis tamce is (o.4 lph) and the rotational losses (240 w), Detormine; 0 Iron loss Out put Power ing OFffciong
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