Determine the line currents in a star connected load supplied from a symmetrical 3-phase, 3 wire 400V system using mesh current analysis. The branch impedance of the load are Za = (7 + j4.04)№, Zß = (8.66 + j8.66)№ and Zc = (4.04 + j7)№. Take the phase sequence as ABC. A symmetrical RYB, 400V, 50Hz, three phase supply is connected to unbalanced delta connected load. The load impedances are 150 N between R & Y, (50- j50) ≤ between Y & B, (30+j70) № between B & R. Draw the circuit diagram for two wattmeter method for measurement of power and find out the readings of two wattmeters.

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H7.
Determine the line currents in a star connected load supplied from a symmetrical 3-phase,
3 wire 400V system using mesh current analysis. The branch impedance of the load are
ZĄ = (7 + j4.04)№, Zß = (8.66 + j8.66)№ and Zc = (4.04 + j7)№. Take the phase sequence as ABC.
A symmetrical RYB, 400V, 50Hz, three phase supply is connected to unbalanced delta
connected load. The load impedances are 150 n between R & Y, (50- j50) № between Y & B,
(30+j70) N between B & R. Draw the circuit diagram for two wattmeter method for
measurement of power and find out the readings of two wattmeters.
Transcribed Image Text:Determine the line currents in a star connected load supplied from a symmetrical 3-phase, 3 wire 400V system using mesh current analysis. The branch impedance of the load are ZĄ = (7 + j4.04)№, Zß = (8.66 + j8.66)№ and Zc = (4.04 + j7)№. Take the phase sequence as ABC. A symmetrical RYB, 400V, 50Hz, three phase supply is connected to unbalanced delta connected load. The load impedances are 150 n between R & Y, (50- j50) № between Y & B, (30+j70) N between B & R. Draw the circuit diagram for two wattmeter method for measurement of power and find out the readings of two wattmeters.
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