3.) A 110 - KVA, 2200/110, GO He Has the pollowing cincuit constants: R₁ = 0.2252, R₂ = 0.5 mst. x₁ = 2√2, x 5m, c=5.545 and Xm = 1.1 ks. During one day, the transformer has the Following cycle load: 4 Hrs on no-load : 8Hrs on 1/4 pull-load at 0.8 pf, 8n on 1/2 PL at unity of, and 4 Hrs on PL @ unity Assume a constant core - loss of 1.346 kw. Find ALL-DAY EFFICIENCY

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3.) A 110- KVA, 2200/110, GOH3 Has the pollowing circuit constants:
R₁ = 0.2252, R₂ = 0.5 ms. x₁ = 2√2, X₂=5, Rc=5.5K
and Xm = 1.1 ks. During one day, the transformer has the
Following cycle load: 4 Hrs on no-load : 8Hrs on 1/4 pull-load at
0.8 pf, 8n on 1/2 FL at unity of, and 4 Hrs on
PL @ unity
Assume a constant core loss of 1.346 kw. Find ALL-DAY EFFICIENCY
Transcribed Image Text:3.) A 110- KVA, 2200/110, GOH3 Has the pollowing circuit constants: R₁ = 0.2252, R₂ = 0.5 ms. x₁ = 2√2, X₂=5, Rc=5.5K and Xm = 1.1 ks. During one day, the transformer has the Following cycle load: 4 Hrs on no-load : 8Hrs on 1/4 pull-load at 0.8 pf, 8n on 1/2 FL at unity of, and 4 Hrs on PL @ unity Assume a constant core loss of 1.346 kw. Find ALL-DAY EFFICIENCY
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