A balanced three-phase Y source has a line voltage of 208 V rms. The total power

Chapter 12, Problem DP12-1

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QUESTION:

A balanced three-phase Y source has a line voltage of 208 V rms. The total power delivered to the balanced \(\Delta\) load is 1200 W with a power factor of 0.94 lagging. Determine the required load impedance for each phase of the \(\Delta\) load. Calculate the resulting line current. The source is a 208-V rms ABC sequence.

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QUESTION:

A balanced three-phase Y source has a line voltage of 208 V rms. The total power delivered to the balanced \(\Delta\) load is 1200 W with a power factor of 0.94 lagging. Determine the required load impedance for each phase of the \(\Delta\) load. Calculate the resulting line current. The source is a 208-V rms ABC sequence.

ANSWER:

Step 1 of 5

Calculating the power delivered per phase, given the total power,

 

 

 

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