35.A 3-phase, 32 kW, 400 V, Hz star-connected synchronous motor has a full load efficiency of 90%. The synchronous impedance of the motor is 0.25 + j2 Ω per phase. If the excitation of the motor is adjusted to give a leading pf of 0.8, for the load. Calculate total mechanical power developed.
35.A 3-phase, 32 kW, 400 V, Hz star-connected synchronous motor has a full load efficiency of 90%. The synchronous impedance of the motor is 0.25 + j2 Ω per phase. If the excitation of the motor is adjusted to give a leading pf of 0.8, for the load. Calculate total mechanical power developed.
35.A 3-phase, 32 kW, 400 V, Hz star-connected synchronous motor has a full load efficiency of 90%. The synchronous impedance of the motor is 0.25 + j2 Ω per phase. If the excitation of the motor is adjusted to give a leading pf of 0.8, for the load. Calculate total mechanical power developed.
35.A 3-phase, 32 kW, 400 V, Hz star-connected synchronous motor has a full load efficiency of
90%. The synchronous impedance of the motor is 0.25 + j2 Ω per phase. If the excitation of the
motor is adjusted to give a leading pf of 0.8, for the load. Calculate total mechanical power
developed.
Branch of science that deals with the stationary and moving bodies under the influence of forces.
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