Xs. The d-c resistance bet 19. Calculate the per cent regulation for Prob. 18 when the alternator delivers its full-load
Posted: Thu May 26, 2022 10:37 am
no.19
Xs. The d-c resistance bet 19. Calculate the per cent regulation for Prob. 18 when the alternator delivers its full-load kilovolt-amperes at a power factor of 0.6 lagging. 20. Repeat the solution of Prob. 19 for a power factor of 0.8 leading.
cent regulation. 18. Assuming that the curves of Fig. 166 are for a 400-kva 2,200-volt three-phase alter- nator, calculate the synchronous impedance Za and the synchronous reactance Xs. The d-c resistance between terminals is 0.9 ohm. regulation for Proh. 18 when the alternator delivers its
Xs. The d-c resistance bet 19. Calculate the per cent regulation for Prob. 18 when the alternator delivers its full-load kilovolt-amperes at a power factor of 0.6 lagging. 20. Repeat the solution of Prob. 19 for a power factor of 0.8 leading.
cent regulation. 18. Assuming that the curves of Fig. 166 are for a 400-kva 2,200-volt three-phase alter- nator, calculate the synchronous impedance Za and the synchronous reactance Xs. The d-c resistance between terminals is 0.9 ohm. regulation for Proh. 18 when the alternator delivers its