(b) Mr. Musa Al Biruni is analyzing a 100 kVA, 60 Hz, 7200-480V, single phase transformer, which has the following parameters expressed in ohms; RHs-3.06, XHS=6.05, XM,HS=17809, RIs=0.014, XLs=0.027, Rfe,HS=71400 The transformer is supplying a distribution side load that draws a rated current at 480V and 75 percent power-factor lagging. Sketch the appropriate equivalent cireuit and determine (a) the equivalent resistance and equivalent reactance referred to high side (b) the input voltage to the transformer (c) the exciting current and its core loss and magnetizing components (d) the input impedance at no load

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(b) Mr. Musa Al Biruni is analyzing a 100 kVA, 60 Hz, 7200-480V, single phase transformer, which
has the following parameters expressed in ohms;
RHs-3.06, XHS=6.05, XM.Hs=17809, RLs=0.014, XLs=0.027, Re HS=71400
The transformer is supplying a distribution side load that draws a rated current at 480V and 75
percent power-factor lagging. Sketch the appropriate equivalent circuit and determine (a) the
equivalent resistance and equivalent reactance referred to high side (b) the input voltage to the
transformer (c) the exciting current and its core loss and magnetizing components (d) the input
impedance at no load
Transcribed Image Text:(b) Mr. Musa Al Biruni is analyzing a 100 kVA, 60 Hz, 7200-480V, single phase transformer, which has the following parameters expressed in ohms; RHs-3.06, XHS=6.05, XM.Hs=17809, RLs=0.014, XLs=0.027, Re HS=71400 The transformer is supplying a distribution side load that draws a rated current at 480V and 75 percent power-factor lagging. Sketch the appropriate equivalent circuit and determine (a) the equivalent resistance and equivalent reactance referred to high side (b) the input voltage to the transformer (c) the exciting current and its core loss and magnetizing components (d) the input impedance at no load
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