Question

Problem 38. A 2400V/400V single-phase transformer takes a no-load current of 0.5A and the core loss is 400W. Determine the values of the magnetising and core loss components of the no-load current. Draw to scale the no-load phasor diagram for the transformer. Solution IM = 0.471A. ?0 = cos-1 0.3333 = 70.53° Core loss component, IC = 0.167A

          Problem 38. A 2400V/400V single-phase transformer takes a no-load current of 0.5A
and the core loss is 400W. Determine the values of the magnetising and core loss
components of the no-load current. Draw to scale the no-load phasor diagram for the
transformer.
Solution
IM = 0.471A.
?0 = cos-1 0.3333 = 70.53°
Core loss component,
IC = 0.167A

Problem 38. A 2400V/400V single-phase transformer takes a no-load current of 0.5A
and the core loss is 400W. Determine the values of the magnetising and core loss
components of the no-load current. Draw to scale the no-load phasor diagram for the
transformer.
Solution
IM = 0.471A.
?0 = cos-1 0.3333 = 70.53°
Core loss component,
IC = 0.167A

Added by Shannon S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

06/19/2023

Step 1

It takes a no-load current of 0.5A and has a core loss of 400W. We need to find the magnetizing component (IM) and the core loss component (Ic) of the no-load current. Additionally, we are asked to draw the no-load phasor diagram for the transformer. Step 2: Show more…

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Problem 38: A 2400V/400V single-phase transformer takes a no-load current of 0.5A, and the core loss is 400W. Determine the values of the magnetizing and core loss components of the no-load current. Draw to scale the no-load phasor diagram for the transformer. Solution: IM = 0.471A, ϕ0 = cos−1 0.3333 = 70.53°. Core loss component, IC = 0.167A.